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ClENTIFiC SeWiNG 

Cutting 




By 



ANTOINETTE V. H . WAKEMAN 

AflD 

LOUISE MJjELLEF\ 



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UNITED STATES OF AMERICA. 



SCIENTIFIC SEWING 

AND 

GARMENT CUTTING 

For Use in Schools and in the Home 



ANTOINETTE VAN HOESEN WAKEMAN 

AND 

LOUISE M. HELLER 




SILVER, BURDETT & COMPANY 

New York BOSTON Chicago 



18628 



Copyright, 1898, 
By Silver, Burdett and Company. 




TWOGOfMtSRtCtlVED' 



Typography by C. J. Peters & Son, Boston. 
Ipltmpfcm JPress 

H. M. PLIMPTON & CO., PRINTERS 4 BINDERS, 
NORWOOD, MASS., U.S.A. 



bO-WlV* vApo^.Mr-PV^ 



PREFACE. 



This work on Scientific Sewing and Garment Gutting owes its pub- 
lication to the constant and increasing demand for information in regard 
to the system which it explains. This demand has been created by the 
unqualified success of this form of manual training in the school where 
it has been taught, substantially as here set forth, for the past six years. 

Since it is not a theory reduced to possible practice, but the exposi- 
tion of a system that has been productive of the most excellent results, 
it is given to the public in the confident belief that it will serve a useful 
purpose. 



PUBLISHERS' NOTE. 



It will be noted in connection with the diagrams presented in this 
book, that the authors have indicated lines by a single letter. This is 
for conciseness ; and no confusion need arise if the general scheme of 
the parallelogram be borne in mind, which in every case has for its base 
line A, its left-hand side B, the upper line G 7 , and the right-hand side 
D. Tn the more complex figures arrows are used to designate the direc- 
tion of the lines. 

The publishers are permitted to announce that worked models de- 
scribed in this book may be obtained by addressing Miss Louise M. 
Heller, 203 South Oakley Avenue, Chicago, Illinois. 



CONTENTS. 



iwi.i: 

Introduction !• 

Clothing and its Uses 12 

Color 13 

CHAPTER I. 

OUTFIT FOR SEWING DEPARTMENT. 

General Description of Outfit 17 

CHAPTER II. 

FIRST GRADE WORK. 

Preliminary Kcmai-ks. — Time occupied by this grade.— The value of correct hab- 
its. — Condition of the hands before be^iimin^ to sew. — Correct position . . 21 
The First Model. — Material. — Size. — The kind of needle to be used. — The thim- 
ble. — Why the thimble is placed on tin- second finger. —The emery.— The 
length of the thread. — How work is done.— •How the thread is drawn. —-Care «>f 

implements and models 23 

Hasting. — How basting is done. — How work is held 26 

Hie Backstitch. — How it is taken 27 

Overhanding. — The doubling of the model.— What the two sides of the model rep- 
resent. —How the .stitch is taken 2« 

Hemming. — The lines and spaces. — A standard of taste 29 

The Flannel Stitch. — How it differs from other stitches. — How it is done. — What 

it resembles when finished 29 

Blanket Stitch.— How the first stitch is taken. — The thread kept under the needle. :;o 
Second Model.— Material. — Size. — The warp and weft of cloth. — Preparation of 

the model. — Width and length of cloth. — Where the work is begun . . . .".l 

The Second Design. — Of what it is composed. — How each line is done . . . 33 

Third Design. — The flannel stitch and two lines of hemming. — How it is placed :;} 

Finishing the Model. — Repeating the design. — The fringe 35 

Questions for Review 3G 

Materials and their Manufacture — 

Wool 38 



CONTENTS. 



CHAPTER III. 

SECOND GRADE WORK. page 

Preliminary Remarks. — Model for one year's work. — The stitches .... 41 

The Model.— -Material. — Size of model. — Preparation of model. — Limit of designs. 42 

First Design. — Where placed. — Thread used 43 

Second Design. — Of what composed. — Where placed 44 

Third Design. — Stitches used. — Lines and spaces 45 

Fourth Design. — Spaces and stitches. — Stemstitch 45 

Hemstitching. — Drawing the threads. — How the stitch is taken. —Hemming the 

edge of the model 46 

Joining and Finishing the Model Depth of overhand stitch. — Facing the model. — 

Finishing the top of the model. — Putting in the draw-string 47 

Questions for Review 49 

Materials and their Manufacture — 

Flax 50 

Thimbles 52 

CHAPTER IV. 
THIRD GRADE WORK. 
Preliminary Remarks. — Practice with scissors. — Drafting model. — How the case 

is formed from the parallelogram. — The linen hem. — Finishing model . . 54 
Second Model. — Material. — Drafting and cutting. — How prepared. — Two kinds of 

darning. — Use of different darns 58 

Third Model. — The knitted darn. — How it is done. — For what it is used .v 62 

Questions for Review 64 

Materials and their Manufacture — 

Cotton 64 

CHAPTER V. 
FOURTH GRADE WORK. 

Preliminary Remarks Introduction of the knot. — The apron. — Fancy silk bag . 68 

First Model. — Material. — Size and form. — Gathering. — Finishing the puff . . 68 

Second Model. — Buttonholes in felt. — Buttonholes in cloth. — Hooks and eyes . 70 
Third Model. — The gingham apron. — Drafting and cutting pattern. — Cutting and 

making apron 71 

The Silk Bag.— Cutting and making 73 

Questions for Review 74 

Materials and their 3Ianufacture • 

Spools 75 

Thread, and the Manufacture of Cotton 76 



CONTENTS. 



CHAPTER VI. 
WORK OP THE FIFTH GRADE. page 

Preliminary Remarks.— The four models of the grade 80 

The First Model.— Size and material. — Turning of the hem.— Hemstitching.— 

Marking £0 

Second Model.— Fancy sewing apron.— Drafting, cutting, and making ... 81 
Third Model. — Underdrawers. — Taking the measures. — Drafting the pattern.— 

Cutting drawers. — Putting together and making 84 

Fourth Model. — The tear darn. —How the model is prepared. —How the darning is 

done. — Review of all the darning • . 90 

Questions for Review 91 

Materials and their Manufacture — 

How Silk is Made 92 

The Manufacture of Silk 94 

CHAPTER VII. 
SIXTH GRADE WORK. 

Preliminary Remarks. — Cutting garments without chart. — Little fitting needed. — 

Taking the measures and drafting the patterns 96 

Child's Underwaist. — Taking the measures. — The parallelogram. — Drafting the 

pattern. — Cutting the pattern and the waist 97 

Underskirt with Shoulder Straps or Waist.— The measures.— The materials used.— 

Putting together and making 103 

Questions for Review 105 

Materials and their Manufacture— 

Hosiery 10<j 

Felt 107 

Printed Fabrics 108 

CHAPTER VIII. 

SEVENTH GRADE WORK. 

Preliminary Remarks. — The setting of a patch. — Ease with which perfect work is 

accomplished 109 

The Gingham Patch. — Size of model. — Cutting and setting of the first patch. —The 
second patch.— The third patch. — The fourth patch.— The fifth patch.— The 
sixth patch 109 

Child's Dress — The waist and skirt. — The sleeve. — Measures, drafting and cutting.— 

Putting together and making 115 

Boy's Blouse Waist and Kilt Skirt. — The measures and drafting. —The sleeve.— 

The skirt. — Putting together and making 118 



8 CONTENTS. 

PAGE 

Knee Trousers. — The measurements. — Drafting the pattern. Cutting. — Making. — 

Pressing and sponging 119 

Questions for Review 125 

Materials and their Manufacture — 

Needles 12f> 

Emeky 127 

Pins 128 

CHAPTER IX. 
EIGHTH GRADE WORK. 

Preliminary Remarks. — The graduating dress. — Other work of the grade . . 131 

The Linen Patch — Quantity of material. — Preparing the model. — Setting the 

patches. — The loop. — The eyelets and initials 132 

Infant's Outfit. — The flannel hand. — The shirt. — The pinning blanket. — The flan- 
nel skirt. — The camhric skirt. — The wrapper. — The sack. — The dress . . 135 

Girl's Waist. — The measures. — Drafting. — Cutting 143 

The Sleeve, Skirt, and Review Work. — Drafting and cutting of the sleeve. — The 

skirt. — Last work of the grade 148 

Questions for Review 149 

Materials and their Manufacture — 

Spinning and Weaving 150 



INTRODUCTION. 



The system of instruction set forth in this hook makes sewing and 
garment cutting an educational factor identical with manual training. 
It lias been the primary aim of the authors to lead the pupils to think 
independently, coordinately, and constructively. To this end the reason 
for each step in the course of instruction has been set forth explicitly, 
and the teacher is urged to make these reasons plain to the pupils, 
that they may work from intelligent conviction, and not mechanically. 
To fail in this is to defeat the first and most important aim of the S}-s- 
tem, which is founded not only upon broad educational principles, but 
upon mathematical verities. 

The entire system is based upon the square and the parallelogram, 
and in this respect the sewing is coordinate with the garment cutting. 
The system of cutting, which is without chart or other guide than 
simple, easily comprehended mathematical principles, is original with 
Miss Louise M. Heller. For six years Miss Heller has been connected with 
the department of sewing and garment cutting in the Chicago Jewish 
Manual Training-School ; and this system, which is now for the first 
time given to the public, has been thoroughly tested in that institution. 

It is Huxley who claims that that person is liberally educated who 
has been so trained that his body is the ready servant of his will, and 
does with ease and pleasure all the work which, as a mechanism, it is 
capable of doing. That the system which is clearly explained in the 
following pages is a valuable factor in obtaining this result, has been 
abundantly proved in the school where it has been tested. In this in- 
stitution it is not the aim of the course to graduate proficient seam- 



10 INTRODUCTION. 



stresses, but rather to so educate pupils that they may be able to make 
the most of themselves in any one of many lines into which opportunity 
and their capacity may lead them. It is a fact that perfect drafting and 
the most satisfactory needlework are done with the greatest ease by 
those pupils who have taken the course of sewing and garment cutting. 
It is a matter of daily, nay, of hourly, experience in this school that 
a girl of ten years takes the measures and drafts in five minutes the 
pattern of a perfectly fitting dress waist for a child. Other garments are 
drafted and cut with equal ease by the aid of this system. 

The counting of threads, the accurate measurements required, the 
precision in the matter of darning, and all else that pertains to the 
work of the course, may seem to the superficial observer an unnecessary 
expenditure of time and effort; but let it be borne in mind that the 
first aim of the system is to enable the child to see correctly, to use 
what she sees with facility, and to make her hand the ready servant of 
her will. More than this, it is easy to demonstrate that, when the 
habit of executing the commonest task in the best way is established, 
the work can be done Avith no greater expenditure of time and effort 
than is employed in doing it in the least skillful manner. 

In all lines, the artistic, which until recently has been appropriated 
by exclusive classes, is now being incorporated into the common every- 
day life of the people, and the work of the needle should be no excep- 
tion. Knowledge alone is required to accomplish this ; for the skillful 
use of common materials, which are among daily necessities, renders the 
work of the needle truly artistic. 

The stories of materials and their uses, which follow the outline of 
work for each grade, are not a part of the course. They can be used or 
not at the discretion of the teacher, and must be adapted by her to the 
pupils she is instructing. All that has been attempted is to give a general 
idea of the different subjects in a form suited,, as far as possible, to the 
capacity of the children of the respective grades. 

It may seem that, as the utmost precision is required at every step, 



INTRODUCTION. 11 



from the beginning to the end of the course, the creative faculty in the 
child is not sufficiently encouraged ; but let it be remembered that when 
principles are thoroughly mastered, the worker is made free. The small 
squares of the canvas of the first models represent the regular stitch ; 
and having mastered this, the pupil is enabled to work with ease along 
correct lines. It is one thing to create, and quite another thing to pro- 
duce, that which is of value ; and it is only when those principles which 
exist in the nature of things are recognized and obeyed that real excel- 
lence is achieved. 

It is true that the child is required to do certain given tasks in a 
certain way ; but she has no set pattern, and really designs each model 
without assistance save direction from the teacher. The working out 
of the different designs in this way establishes in the pupil's mind that 
most valuable of possessions, a correct ideal. 

It will be observed that there is no sewing up and down through 
cards perforated in formal designs, for this kind of work is of very little 
practical value ; it is mechanical, and in doing it the child acquires 
habits which must be overcome later. 

It is an axiom of modern pedagogics that no portion of that fine 
and complex instrument, the human body, should be neglected ; and, 
keeping this in mind, the authors have taken many things into account 
in putting forth their system. Throughout the course the appeal is 
made, not to the pupil's memory, but to her understanding. Although 
but forty minutes twice a week are devoted to the work, it has been 
found that this course invariably stimulates the reasoning faculties, and 
brings into action powers of the mind previously dormant. 

While Scientific Sewing avid Garment Cutting is arranged as a text- 
book for schools, it is also a valuable manual for the home circle. 
Whether used as a guide in cutting and making garments for chil- 
dren, or in teaching children to sew, or as a handbook containing much 
useful and interesting general information, it is one that every mother 
of a family will find of value. 



12 INTRODUCTION. 



CLOTHING AND ITS USES. 

There is no authentic history of the beginning of sewing, neither 
is there any detailed account of the various stages of clothing, although 
it is certain that the skins of beasts take precedence of all other mate- 
rial as wearing apparel. Skins furnished the winter garb of the Briton, 
and supplied the covering of the wild tribesmen that followed the hosts 
of Xerxes in his expeditions against Hellas. From those remote times 
until the present, the skins of animals have been used in various ways 
by all classes and conditions of men for garments. 

The garments of skins worn by people in very cold countries are 
made to fit snugly ; for not only must the cold be kept out, but the nat- 
ural warmth of the body must be retained. The human body is like a 
stove with a fire in it; it constantly generates heat, and in climates 
where it is very cold it is important to conserve this heat. On the other 
hand, in very warm countries it is desirable to wear clothing which per- 
mits the heat of the body to escape. For this reason loose, flowing gar- 
ments of linen, silk, or cotton are worn in tropical lands, as the wide 
trousers of the Turks and Persians, and the unconfined robes worn by 
other people of Central and Southern Asia. 

In countries where it is either very warm or very cold most of the 
time, the same form of garment is worn year after year. Where the 
temperature is constantly changing, as in the temperate zone, the style 
of clothing is also subject to frequent change ; and these varying modes 
constitute what is called " fashion." 

While the primary use of clothes is to afford protection from the 
heat and cold, they should be made and worn with a view to pleasing 
the eye. It is essential, therefore, that they be carefully cut and neatly 
made, and they should be kept clean and in good order. 

If for no other reason than because so much time and skill are 
represented in our clothing, we should take good care of it. Each gar- 
ment we wear represents the work of several wonderful machines and 



INTRODUCTION. 13 



a great deal of skillful labor. There are no more important industries 
than those which are connected with the making of clothes. In the 
article on spinning* and weaving are illustrations showing some of the 
machinery which has been invented for weaving cloth. The other arti- 
cles on the various materials of the sewing room give further data show- 
ing how much of the work of the world is devoted to the manufacture 
of clothing. 

COLOR. 

Color is an important subject. The author will onty attempt to 
present a few facts in regard to it, which are expressly relevant to the 
topics treated in this manual. 

Beauty in the outer world is of two kinds, harmony of form, and 
harmony of color. These qualities when combined enhance each other 
and should always be associated. A perfectly formed garment is far 
from beautiful if the colors are discordant. The most perfect coloring 
cannot render a badly proportioned garment attractive. Therefore, 
although the child may be able, through the system set forth in this 
book, to cut and make perfectly fitting clothing, if harmony of color 
is disregarded, her work will be seriously defective. More than this, a 
study of color is one of the best means for cultivating the perceptive 
faculties. 

Starting with the three primary colors, yellow, red, and blue, the 
relative value of each should be explained. Yellow makes a quicker 
impression on the eye than either of the other primary colors. Red is 
the most perfect color, because it has an equal relation to light and 
shade. Blue is the most nearly related to shade, and is much slower 
in reaching the eye than either red or yellow. 

The secondary colors, orange, green, and purple, are formed from 
the primary colors. Orange, which is particularly strong and aggres- 
sive, is formed from red and yellow, the two strongest of the primary 
colors. Green is formed of yellow, which is most closely allied to 



14 INTRODUCTION. 



light, and blue, which is the nearest to shadow, of the three primary 
colors. It is the most neutral and the softest of the three secondary 
colors, and, of all decided tints, is the most agreeable to the eye. It is 
a demonstration of infinite wisdom that the vegetable world is clothed 
in green ; since it counteracts the intense reflection of the sun's 
rays, and refreshes the eye by its soft and soothing influence. Purple 
is a union of blue and red, and is a rich and somber color. It was 
greatly valued by the Romans. A border of purple on their white gar- 
ments denoted rank. Purple was Csesar's color. It was made from 
the Tyrian shellfish, and was really a very ugly hue as compared to 
the beautiful, rich purple of the present day ; but a little touch of it 
signified so much to the Roman that he valued it highly, and the shell- 
fish of which it was made became an important commercial commodity. 

With advanced classes it is desirable to explain the solar or pris- 
matic spectrum, and how its discovery by Sir Isaac Newton established 
the scientific theory of color. He made the discovery by making an 
opening, a third of an inch in diameter, in the window shutter of a 
darkened room, behind which he placed a prism so that a ray of the 
sun's light might enter and leave it at equal angles. In this way it 
was found that the ray of light was refracted in an oblong form, and 
was composed of seven different colors of great brilliancy, — violet, 
indigo, blue, green, yellow, orange, and red. These colors, when im- 
perceptibly blended together, form what is known as white light. 

In arranging color harmony, the first step is to fix on some particu- 
lar tone or key. If, for instance, a cool green, or gray, or blue which 
as we have seen is the most quiet and shadowy of the primary colors, 
is to prevail, the general tone of all the colors must be cool and sub- 
dued. If, on the other hand red, orange, brown, yellow, or a warm 
tint of green be used as the key or prevailing color, the tone of all the 
colors used with it must be warm. Having decided upon the scheme 
of color, whether brilliant or subdued, warm or cool, light or dark, let 
it be remembered that all the beauty of nature's coloring arises from 



INTRODUCTION. 15 



contrast, and that there can he no pleasing combination of tints without 
variety. Still, the contrasts must not be violent, neither must variety 
include those combinations which are at variance with the general color 
scheme or keynote. 

In arranging a variety of tints in such a way as to present a pleas- 
ing and harmonious whole, there are certain strong colors which must 
always be used with discretion. This is true of red, which is so positive 
and obtrusive that it must be very carefully managed and toned. The 
same is true of yellow, which is much more beautiful in small quantities 
than in masses. Black, which is the absence of the three primary colors, 
must also be used with discrimination. It can be used in large quanti- 
ties only in cool and somber schemes of color. There is really nothing 
in the whole chromatic series of color more difficult to manage success- 
fully than black and its contrasting hue white. In using black, it 
should be surrounded and mellowed by deep hues, while white should 
be introduced by a gradation of the lightest tints ; this, in each instance, 
prevents a harsh and unpleasant effect. It should be borne in mind 
that white and black are not colors, but modifiers of color. White 
stands at the beginning and black at the end of the chromatic scale of 
colors, but neither the one nor the other is of it. 

Some idea of the primary colors should be given the pupils while 
they are at work upon the first model. If some of the models are done in 
}-ellow, others in red, and still others in blue, it will be easy for the teacher 
to impress upon the children which are the primary colors. In the 
second model, the three secondary colors maybe combined. If it is not 
possible to get these colors in Saxony yarn, as sometimes happens, the 
pupils should be taught what the primary and secondary colors are, and 
should bring to the classroom examples of as many of these colors as 
possible. Flowers should be brought in their season, that the different 
color mixtures in them may be studied. It is also desirable to discuss 
colors in the different fabrics of their clothes, and in such bits of finely 
colored silk or ribbon as it may be possible to show them. 



16 INTRODUCTION. 



To lead the children to think about color, and to be interested in its 
various relations of contrast and harmony as found in nature, is to put 
them in the way of arriving at correct conclusions. To enable the 
teacher to do this is all that has been attempted in this brief outline of 
first principles. While it would be futile, in this connection, to give the 
rules which govern the numerous differentiations of color, the following 
includes certain principles which are simple and basic. By uniting two 
primary colors, the nature of both is altered, and a compound color is 
the result. As there are but three primary colors in the scale, the two 
which are united form a contrast to the remaining primary color. There- 
fore, to reduce the intensity of a primary color, mix with it a certain 
portion of the color produced by the union of the other two primaries. 
A simple or primary color thus modified retains, to a certain extent, its 
nature and characteristic qualities, although subdued and modified suffi- 
ciently to render it more capable of harmony with other colors. Illus- 
trations of the results of these combinations may be found in the feathers 
of birds, in the tints of the human face, eyes, and hair, and in the vege- 
table kingdom. 



SCIENTIFIC SEWING and GARMENT CUTTING. 



CHAPTER I. 



OUTFIT FOR SEWING DEPARTMENT. 

While it is absolutely necessary that the outfit for a sewing depart- 
ment be complete, it may be very simple and inexpensive. The one 
described is of this character. It is adequate for a class of from thirty- 
five to forty children. As a rule, less than an hour twice a week is 
devoted to sewing, therefore this outfit is sufficient for the accommo- 
dation of between one hundred and two hundred pupils. 

The low, folding sewing 
table, with one side laid off in 
inches and parts of inches, is 
used as a desk. The cost of 
these tables is not more than 
sixty cents each. Four pupils 
can use one table. 

The chairs should be of 
different heights, in order that 
the children may all be able to 
rest their feet on the floor. 

The case in which the work 
and materials are kept (which Sewing Case. 

is illustrated), is simply a series of nine shelves, arranged between two 
standards four and one-half feet high, placed against the wall. Arranged 
in tiers of seven on each shelf, are strong pasteboard boxes, furnished 

17 




13 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



with small brass rings, so that they can be drawn out with ease. Each 
box is twelve inches long by eight wide, and is five inches deep. On the 
front part, beneath the ring, is pasted a slip of paper bearing the name 
of the pupil whose work is placed in the box. On the top of this case 
is a tier of six wooden boxes in which the various 
wools, threads, strips of canvas, and other small 
things used in the department, are kept. 

The little models of the first and second 
grades are kept in two or three large boxes, the 
name of the pupil being written on a slip of paper, 
and pinned to each model. When the pupil reaches 
the third grade, she is given a separate box for her work. 
The scissors case is a piece of cloth sixteen inches 
long and eleven wide, on which is stitched a strip that, 
after it is hemmed across its length on one side, is seven 
inches wide and eighteen long. This piece is divided 
into twelve parts, and after being basted, is stitched 
down the width so that twelve little pockets are formed. 
The fullness which forms these pockets is laid in plaits 
along the bottom of the case. The bottom and sides 
are bound with an inch-wide strip which, when fin- 
ished, forms a half-inch binding. The top of the case 
is hemmed, and finished with three linen-tape loops. 

The spool cases can be made by the teacher. This 
case is simply a piece of morocco, oilcloth, stiff brown 
linen, or any substantial material desired ; in size eight 
and one-half inches long, four inches wide at one end, 
and three at the other. Cut the edges into seven shallow scallops a 
trifle smaller at the narrow than at the wider end. Baste in the cen- 
ter of this piece a strip of cardboard eight and one-half inches long, 
two and one-fourth inches at one end, and one and three-eighths at the 
other. Cut a silk lining, baste carefully, and bind about the edges with 




Spool Case. 



OUTFIT FOR SEWING DEPARTMENT. 19 

black tape. Put an eyelet in the center of each scallop on both sides ; 
these may be worked, or metal ones may be used. Double a black 
silk or linen lacing, and, beginning at the large end with a spool of 
thirty-six white thread, put it through one eyelet, then the spool, and 
then the other eyelet, bringing up the sides of the case to the spool. 
Next put in a spool of No. 40 thread in the same way ; continue to put 
in each time a finer thread until the case is filled, then tie at the end. 
The spools revolve on the lacing, and the thread is kept clean, and 
prevented from tangling. 

There should be a swinging blackboard in the sewing room, one 
side of which is laid off in inch squares, to be used by the teacher in 
the drafting. Blackboard demonstrations are very essential, and a board 
laid off in this way makes the objective lessons perfectly clear. 

There should be a large table for the teacher's use, and a smooth 
board fifteen feet long and about two feet wide to lay on two of the 
small tables to form a cutting table for the pupils. This board has 
been found to be a most satisfactory arrangement ; as it is the right 
height, the pupils can get around it easily, and it can be laid against 
the side of the room when it is not in use, and be quite out of the way. 

There should be thimbles and needles, tape measures and rulers. 
The needles should always be of the best. The best thimble for ordi- 
nary use is of aluminium, as it is light, does not discolor the finger, and 
always looks bright and attractive. A large assortment of thimbles 
should be provided, as in every instance the thimble should fit the 
finger perfectly. 

There are four kinds of canvas used, so arranged that the pupil is 
gradually brought from doing perfect work on very coarse materials to 
doing the same work on garment fabrics. The first material is the 
double-threaded Penelope canvas, which does not strain the unaccus- 
tomed eyes of the child. As this is not used in large quantities, a small 
amount is all that is required. 

The next material is Java canvas, also double-threaded, and a trifle 



20 SCIENTIFIC SEWING AND GARMENT CUTTING. 

more closely woven than the tirst. of which more is required, as the model 
is larger. The next canvas required is Xo. 1 Ada canvas, which is used 
for the darning. About the same amount of this is needed as of the Java 
canvas. More than double the amount of Xo. i! Ada canvas is needed 
than of Xo. 1. as the model of this is the largest of the canvas models. 

The first garment fabric used is a quarter-inch checked domestic 
gingham, either brown or blue. Unbleached cotton cloth is not used 
in this course, as it has been found that it is not only the most difficult 
material for children to work on successfully, but it soils easily, and. at 
best, is unattractive when Finished. 

The materials used in the advanced grades are good Lonsdale mus- 
lin, cambric, coarse and tine linen, and a good quality of flannel. There 
should be two cupboards in which to keep these materials and the partly 
finished garments. A few yards of cheap calico should be provided to 
lay under the materials as they are placed on the shelves, and to bring- 
up over them, that they may be kept in perfect condition. 

A good sewing-machine is a necessity in the advance grades. The 
outfit can of course be as expensive and elaborate as is desired: but the 
very simple provisions described will serve to indicate what is necessary, 
whether it be simple and inexpensive, or elaborate and costly. The ex- 
pense of an outfit of course depends wholly on what is selected. The 
cost of materials used in a sewing department, which in each instance 
must be of the kind and quality called for. is about one dollar per capita 
for each grade, averaging the whole course. 

"While not an absolute necessity, it is most desirable to have a doll 
as large as a small child in the outfit of the sewing department. Be- 
having a lay figure of this sort always at hand, the pupils can be taught 
to use the system of cutting, when the regular work of the grade is com- 
pleted, and to draft all sorts of little garments worn by children. More 
than this, to make clothes for a big. beautiful doll is always a privilege 
highly appreciated: and the prospect of being permitted to make such 
garments is to most pupils a strong stimulus to attentive industry. 



FIRST GRADE WORK. 21 



CHAPTER II. 

FIRST GRADE WORK 

FUEL IMIXA B Y HEM. I R E S. 

The work of this grade usually occupies between five and six 
months. It is Intended for children of from six to seven years of age, 

although it has been found equally valuable for beginners in sewing of 
any age. 

As this grade lays the foundation of the entire course, it is most 
important that everything in connection with it should be very carefully 
considered. It is especially true in this system of sewing, that the value 
of forming correct habits in the beginning cannot be overestimated. 

The first thing to be impressed upon the children is that their hands 
must be perfectly clean before beginning to sew. and this point should 
be carefully looked after by the teacher. The pupils should be seated 
so that the feet may rest easily on the floor. They should sit erect, 
with the lower part of the spine against the back of the chair, in such 
a position that the lungs are not cramped, and that the arms can be 
used with ease, as in the illustration. 

It is important that the pupils of the first grade realize how their 
work is related to that of more advanced grades. The teacher should 
call their attention to the illustrations of completed garments, the 
dressed doll, and other attractive work. They should be assured that 
when they have learned thoroughly how to do the work of the successive 
grades, they will be able to make all the garments shown in the models 
and many besides, and will be competent to make clothes not only for 
themselves, but for others in the family. 



22 SCIENTIFIC SEWING AND GARMENT CUTTING. 




Correct Position in Sewing. 



FIRST GRADE WORK. 23 

In all kinds of work there are certain rules which must be followed 
to insure its successful accomplishment. In this case these rules are 
represented by the squares of the canvas, within which the stitches 
must be taken in order that they may be perfectly regular, and by the 
precision required in the slant of the stitches and the drawing of the 
thread. Since these are basic principles, which, when acquired, enable 
the children to create that which is excellent, they must be strenuously 
insisted upon. 

As soon as the children have learned how to hold the needle and to 
take stitches, which is usually accomplished in two lessons, they should 
be taught to sew buttons onto a piece of cloth of two thicknesses. 
They should then be held responsible for keeping the buttons on their 
clothing, and encouraged to perform the same service for the different 
members of their family. They should be led to have a wholesome 
pride in neat personal appearance, and the value of their clothes should 
be impressed upon them by means of interesting facts concerning their 
texture and manufacture. 

THE FIRST MODEL. 

The first model is a piece of Penelope canvas five inches long and 
four inches wide. The double-thread canvas should be used. 

When the needles are placed in the pupils' hands, it should be ex- 
plained that if the hands are not clean the needle becomes rough, and 
that no one can sew well with a rough needle, or when the material on 
which it is used is soiled. Explanations of this sort should be made 
as often as possible in order that the pupils may work intelligently and 
not mechanically. The first needle used should be a long-eyed and 
dull-pointed chenille needle. There are three reasons why a beginner 
should have this sort of a needle : first, because it is a strain on the 
unaccustomed eyes of a child to attempt to thread a, small-eyed needle; 
second, because often the child cannot thread it without assistance, and 



24 



SCIENTIFIC SEWING AND GARMENT CUTTING. 




FIRST GRADE WORK. 



25 



it is most desirable to have her work independently from the first; 
third, because an ordinary sharp-pointed needle is likely to prick the 
fingers of an untrained worker. 

The thimble should be of gold, sil- 
ver, or aluminium, the latter being the 
best cheap material for common use. 

It should be explained that the 
thimble is placed on the second finger 
because it is stronger and longer, and 
more conveniently situated than the 
others for pushing the needle through 
the fabric. 

The very best needles should be 
used, and an emery must be constantly 
at hand to keep them perfectly smooth. 

The thread used in sewing should 
be just as long as the arm of the one 
who is using it. 

It should be explained that the 
work is usually done from right to left, and is begun with a backstitch 
and without knotting the thread. It has been found by repeated ex- 
periments that a knot in the end of the thread is not a necessity until 
the pupil reaches the fourth grade, and it is better that it should not 
be used until the necessity arises. In this connection let it be remem- 
bered that this course of sewing is progressive, and has been arranged 
in all its details with reference to the general plan of unfoldment as 
advocated by Froebel and other great educators. 

The first thread used is a good quality of cardinal red Saxony yarn ; 
and it should be explained that the proper way of drawing the thread 
is between the second and third fingers, not only because it is more 
convenient, but for the reason that it is more graceful. 

It is better that the teacher take charge of all implements and the 




Correct Way of Holding the Needle. 



26 SCIENTIFIC SEWING AND GARMENT CUTTING 

models used by pupils, until they have passed the second grade, placing 
them in boxes provided for the purpose. 

BASTING. 

The first stitch of this system of sewing is the basting stitch. It is 
begun eight threads from the top and ten threads from the right-hand 
edge of the model. In putting in this stitch, two threads are taken up 
and four threads left under the needle at each stitch. There are three 
lines of this basting across the width of the model, with two threads of 
the canvas between the lines. Each stitch should be taken with exact 
precision, and the thread drawn in such a way that the model when 
finished will lie perfectly smooth. If a mistake is made, in every in- 
stance the work must be at once ripped and done anew. 

In the very beginning, when the first stitches are taken, the pupils 
should be taught that the work must be held up towards the eyes, and 
not the eyes brought down to the work. Insistence upon this and upon 
sitting erect will insure a correct, hygienic position, which is of the 
utmost importance. The teacher should explain why these recpuire- 
ments are made. 

QUESTIONS AND ANSWERS. 

What is the first thing to be done when one is going to sew ? Ans. To 
wash the hands very clean and wipe them dry. 

Why should this be done ? Ans. If the hands are not perfectly clean, 
the needle will become rough and the work soiled. 

How should one sit while sewing ? Ans. With the feet flat on the 
floor, and the lower part of the body as far back as possible in the chair. 

Why is this the proper position ? Ans. It is easy to sew when sitting 
in this way, and one does not get tired. 

Why is the thimble worn on the second finger ? Ans. It is the central 
and the strongest finger, and can push the needle better than any one of the 
others. 



FIRST GRADE WORK. 27 

How long should the thread be ? Ans. Just as long as the arm. 

Should there be a knot in the thread ? Ans. No ; take a double stitch 
at the beginning and the thread will not draw out. 

What is the first stitch ? Ans. The basting stitch. 

How is it taken ? Ans. Just twice as much is left as is taken on the 
needle at each stitch. 

How should the thread be drawn ? Ans. So that it is as tight as, but 
no tighter than, the threads of the canvas. 

Is it necessary that basting be even and the same distance at all points 
from the edge of the cloth ? Ans. Yes ; because it is the guide by which 
a seam is sewed. 

How should the thread be drawn in sewing? Ans. Always between 
the second and third fingers. 

THE BACKSTITCH. 

The second stitch in the first model is the backstitch. It is well to 
ask the questions in regard to the conditions of the hands, and the posi- 
tion to be assumed and maintained when sewing, at the beginning of 
each lesson for six or eight weeks. Thus these most important matters 
will be so impressed upon the minds of the pupils that correct habits 
will be formed. 

The children should now be taught to sew buttons onto a strip of 
cloth folded double, and to fasten them neatly and firmly. 

QUESTIONS AND ANSWERS. 

What is the stitch you are next going to learn ? Ans. The backstitch. 

Why is it called the backstitch ? Ans. The needle is set back each 
stitch just as much as it is set forward. 

How many threads are taken up with each stitch ? Ans. Two new- 
threads are taken up, and the needle is set back over the two threads taken 
up the stitch before. 

How should the thread be drawn ? Ans. Very carefully, and not too 
tightly. 



28 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How far on the model from the last line of basting is the first row of 
backstitching begun ? Ans. Four threads, and ten threads from the right- 
hand edge. 

When is backstitching used ? Ans. When a strong seam is required. 

How should all stitches be taken ? Ans. Evenly and regularly. 

How should buttons be set on ? Ans. By sewing through the eyes of 
the button as many times as the needle will pass through easily ; then fasten 
firmly on the under side. 

OVERHANDING. 

First of all, have each pupil double the model together along the 
third line from the last row of backstitching. That this may be clearly 
understood, let the teacher fold a model before the class. When this is 
done, explain that the two sides of the model represent two pieces of 
cloth. The model having been doubled, let the teacher begin the first 
row by putting the needle through two threads and leaving two, and 
continue to carry the thread over at each stitch. When the first line 
has been completed correctly, show the pupils how to begin the second 
line, and let them begin the third without help. Between each line of 
stitching there are two threads of canvas. 

QUESTIONS AND ANSWERS. 

What is the new stitch you are going to learn called ? Ans. The over- 
hand stitch. 

Why is it called the overhand stitch ? Ans. Because the thread is 
put over the edges of the cloth. 

For what is overhanding used ? Ans. For sewing together the edges 
of cloth when a perfectly flat seam is desired. 

Should the thread be drawn tightly in overhanding ? Ans. No ; if it 
is drawn too tightly the seam is not flat, but hard and round. 

Should the thread be knotted before beginning to overhand ? Ans. 
No; two stitches, one over the other, are taken to keep the thread from 
pulling out. 



FIRST GRADE WORK. 



HEMMING. 
As in the preceding stitches, after counting a space of six threads 
of the canvas, begin the first line of hemming by taking a slanting 
stitch of two threads, leave one space, and take another slanting stitch. 
Call the attention of the pupils to the neat appearance of the even 
lines, stitches, and spaces, and let them, as before, start the third line 
without help. There is nothing more important than a standard of 
taste, and no opportunity should be neglected to establish a correct 
standard. This can be best accomplished by inciting admiration for 
that which is excellent. 

QUESTIONS AND ANSWERS. 

What is the slanting stitch we are now learning called ? Ans. Hem- 
ming. 

For what is hemming used ? Ans. For sewing a piece of cloth back 
upon itself. 

Why is cloth turned back upon itself? Ans. To finish the edge. 

Give an illustration. Ans. The bottom of an apron. 

THE FLANNEL STITCH. 

Unlike the four preceding stitches, the flannel stitch is worked 
from left to right. Although it will be necessary for the teacher to 
begin the first line, the pupil should now be sufficiently accustomed to 
counting threads to count off the six threads below the last line of 
hemming, and show the teacher the point where the first stitch should 
be taken. After counting off ten threads for the margin and six threads 
for the space between the last row of hemming and this new stitch, 
take up two threads from the right to the left. Leave two threads 
vertically down toward the lower part of the model, and two to the 
right, and take up two. This makes a diagonal connection between 
the two stitches slanting toward the right. Leave two threads verti- 
cally toward the top of the model and two to the right, and take up 



30 SCIENTIFIC SEWING AND GARMENT CUTTING. 

two. This again makes a diagonal connection between the two stitches 
also slanting toward the right. Continue this, and the result is a jiretty, 
vine-like stitch which, although it may seem a trifle difficult at first, can 
be done, after very little practice, by children from six to eight years 
of age. 

QUESTIONS AND ANSWERS. 

What is the fifth stitch on the model called ? Ans. The flannel stitch. 

Why has it been given this name ? Ans. Because it is mostly used on 
flannels. 

In what way is it different from stitches already done in this model ? 
Ans. It is begun at the left-hand side instead of the right, and is worked 
from left to right. 

How much space is left between the lines of the flannel stitch ? Ans. 
Four threads of the canvas. 

BLANKET STITCH. 

Six threads from the flannel stitch and ten threads from the left- 
hand edge of the model, begin the blanket stitch by taking up on the 
needle four threads of the canvas vertically, keeping the thread under 
the needle to form a loop. Two threads to the right of the first stitch 
take another in every way similar, and so continue across the width 
of the model. The first stitch should be taken as a backstitch to 
hold the thread firm, as no knot is used. 

QUESTIONS AND ANSWERS. 

What is the last stitch on the model called ? Ans. Blanket stitch. 

Why is it given this name ? Ans. Because it is used for finishing the 
edge of blankets and other things which are too thick to hem. 

How is the blanket stitch begun ? Ans. At the left-hand side of the 
model with a backstitch. 

How is the stitch taken ? Ans. Ten threads from the left-hand edge 
of the model, and six threads from the last row of flannel stitching, take four 
threads vertically on the needle, and keep the thread under it to form a loop. 



FIRST GRADE WORK. 



31 



What does vertically mean ? Ans. It means straight up and down. 
How many threads are there between each of these stitches ? Ans. 
There are two. 

THE SECOND MODEL. 

For the second model in this grade, cut a piece of canvas eight and 
a half inches square. It will be observed that this canvas, while simi- 




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lar to that used for the first model, is still quite different, being softer, 
more closely woven, and in every way much more like cloth. The 



32 SCIENTIFIC SEWING AND GARMENT CUTTING. 

reason for this change is that the pupils are thus brought gradually 
nearer to the various fabrics upon which they will be required later on 
to do practical work. 

When this square has been carefully cut along the line of the 
threads, from each of the width sides of the model, count ten threads on 
the length side, or the selvage. Along the line of the eleventh thread 
put in a row of basting in red marking-cotton. This is the guide for 
the beginning of the different designs of this second model. 

When the lines of red basting have been placed ten threads from 
what we will call the width edges, fold the square, bringing the sides 
which have not been marked with basting evenly together. Crease the 
center by a thread, and along this line put a basting in blue marking- 
cotton. Although the designs are begun at the red basting at one end, 
and continued no farther than the one at the other end, the threads 
with which the designs are worked must be left as long as the model. 
This will give little notes of color in the fringe, which is formed by 
raveling out the weft threads along this edge as far as the point where 
the designs are begun. 

When the blue basting-thread in the center of the model has been 
placed, count two threads of the canvas on each side and put in lines 
of basting in red marking-cotton, which forms the central design of a 
group of one blue line and two red lines of basting-stitches. 

When this model is prepared, before work is begun on it, explain to 
the class that the width of cloth is the space between the selvages ; 
that the warp is the thread which is lengthwise of the cloth, in a line 
with the selvage, and the weft is the thread which extends across the 
fabric. When this is thoroughly understood, let the work on the model 
be commenced. 

QUESTIONS AND ANSWERS. 

Upon what are you now beginning to work ? Ans. A new model. 
Of what is the new model made ? Ans. Of Java canvas. 



FIRST GRADE WORK. 33 

How large is it ? Ans. Eight and one-half inches wide by eight and 
one-half inches long. 

What is a figure called that is the same size on all four sides ? Ans. 
A square. 

How are the threads of all kinds of canvas woven together ? Ans. In 
small squares. 

What is the first work on this model ? Ans. To put a line of red 
basting ten threads from the two weft or width edges of the model. 

What are these end lines for ? Ans. To show where the different 
designs are to be begun, and where they are to end. 

Is the work on this model begun at the side ? Ans. No ; it is com- 
menced in the center and worked both ways. 

What is the first design ? Ans. A blue basting-line in the center of 
the model with a red one on either side of it. 

In beginning the work on these models, is the thread pulled up close to 
the first stitch ? Ans. No ; it is left long enough to reach to the edge of 
the model. 

Why are the threads used in making the designs left long enough to 
reach to the end of the model ? Ans. That the fringe may be made 
prettier by having a few colored threads mingled with it. 

How many colors are used in making the designs of this model ? Ans. 
There are two colors, red and blue. 

Why are two colors used ? Ans. To make the model more attractive. 

What does this second model form when finished ? Ans. A very pretty 
little mat. 

THE SECOND DESIGN. 

The second design of this model is a union of the backstitch and 
the overhand stitch. With the exception of the one in the center, each 
design is repeated on the opposite side from the one on which it is first 
worked. Let the teacher begin the first design, but in doing so be care- 
ful to show the pupil how it is done, telling her that she must begin and 
complete without help the corresponding design on the opposite side. 

For this second design, count three canvas threads from the line of 



34 SCIENTIFIC SEWING AND GARMENT CUTTING. 

red basting-stitches of the center design, and put in a line of blue back- 
stitches. Then count two canvas threads, and double the model along 
the line of the third thread, and put in a line of overhanding in red 
marking-cotton. Count two threads, and put in a line of blue back- 
stitching. This finishes the second design. As has already been said, 
let no inaccuracy pass. When a design is finished, it should be in eveiy 
particular correct. Anything less than this tends to nullify the educa- 
tional value of the system, which is intended to be a course of manual 
training as well as sewing. 

QUESTIONS AND ANSWERS. 

Of what stitches is the second design composed ? Ans. Of the back- 
stitch and the overhand stitch. 

What is a composition ? Ans. It is one thing made up of several 
things properly put together. 

How is this design composed ? Ans. First there is a row of backstitch- 
ing in blue marking-cotton, then there is a line of red overhanding, and 
another line of blue backstitching. 

How is the design begun ? Ans. Count three threads of the canvas 
from the last red basting-line of the central design, and begin the back- 
stitching with blue marking-cotton at the red basting-line along the width 
edge of the model, leaving the thread long enough to reach the edge. 

When the first line of backstitching is finished, what is the next thing 
to be done ? Ans. Count two threads of canvas from this last line of stitch- 
ing, double the model together along the line of the third thread, and put 
in a line of overhanding in red, leaving the thread as long as the model, both 
where it is begun and finished. 

How is this design finished ? Ans. Count two canvas threads from the 
overhanding, and put in a line of backstitching in blue marking-cotton. 

THIRD DESIGN. 

The third design is composed of the flannel stitch and two lines of 
hemming. In beginning this design, count four threads from the last 



FIRST GRADE WORK. 35 

line of backstitching, and put in a line of hemming in red. Count two 
threads from this line of hemming, and put in a line of flannel stitching 
in bine marking-cotton. Again count two threads, and put in a second 
line of hemming. 

QUESTIONS AND ANSWERS. 

Of what stitches is the third design composed? Ans. It is composed 
of the flannel stitch and hemming. 

How are they arranged? Ans. There is a line of flannel stitching in 
blue with a line of hemming in red on either side. 

How far from the last design is the first line of hemming? Ans. Fonr 
of the canvas threads. 

How far from the line of hemming is the flannel stitch? Ans. Two 
canvas threads. 

What completes this design ? Ans. A line of hemming, two canvas 
threads from the line of flannel stitching. 

FINISHING OF THE SECOND MODEL. 

The fourth design is a repetition of the second, begun four threads 
of the canvas from the last line of hemming of the third design. Four 
threads from this design is a line of blanket stitch extending from one 
line of the red basting to the other. When each of these designs has 
been repeated, draw out the red basting-lines which mark the beginning 
and ending of the designs. Cut the selvage along the line of the first 
thread, and draw the threads of the four sides, with the exception of the 
last thread next the design, for the fringed edge. Draw out first the 
weft threads, leaving the last thread next to the design, on both sides, 
then draw the warp threads on both sides, leaving the last thread along 
the line of the blanket stitching, and the model is complete. 

QUESTIONS AND ANSWERS. 

Of what kind of stitches is the fourth design composed ? Ans. Of back- 
stitching and overhanding. 



36 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How many designs like this are there on this model ? Ans. There are 
four. 

How many kinds of stitches are there on this model ? Ans. Six differ- 
ent kinds. 

What is this model when it is finished? Ans. A little mat ornamented 
in designs in red and blue marking cotton. 

QUESTIONS FOR REVIEW. 

What preparation should be made before beginning to sew ? 
How should one sit when sewing ? 

What stitches make up the designs of the first model ? 
How is each of these stitches taken ? 

Between which two fingers is the thread drawn in sewing ? 
What is the second model of the first grade ? 
How many different stitches are there on this model ? 
How does the canvas of this model differ from that used for the first ? 
What is the warp thread ? 
What is the weft ? 
What is a square ? 
How is canvas woven ? 

How many different designs are there in this model, and what colors 
are used in making them ? 

What does this design form when finished ? 

Why are the stitches arranged in designs, and why are two colors used ? 

Note. — The general facts that follow each grade, concerning the more important 
materials and their manufacture, have been given place, because it has been found that 
to know something of these subjects stimulates the intelligent interest of pupils in their 
work. The discussion of these facts, during class work, is optional with the teacher, 
as they are not a part of the regular course ; but such discussion is recommended. 
These facts are presented in a condensed form, and it is expected that the teacher will 
elaborate and adapt them as seems desirable. 



FIRST GRADE WORK. 



37 



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38 SCIENTIFIC SEWING AND GARMENT CUTTING 

MATERIALS AND THEIR MANUFACTURE 

WOOL. 

There was once a little white lamb, with mild eyes and a short 
woolly tail, that lived near the Pacific Ocean in a pretty green valley 
with high mountains on either side. 

When this little lamb was about four weeks old, it began to nibble 
grass and other green things : before this its only food was its mother's 
milk. It grew a little every day, and when it was eight months old it 
was almost as large as its mother. 

One day the Mexican shepherd who took care of this lamb, its 
mother, and three or four hundred other sheep and lambs, took it to a 
little stream that ran through the valley, and washed it. Then, after 
putting it in a pen, he cut off all its soft white wool. The shepherd 
was so skillful that, when he had finished cutting, the whole fleece was 
in a single sheet the size and shape of the lamb. The fleece is the wool 
of a sheep or lamb after it has been cut from its body. 

When the shepherd had clipped the wool from each of the lambs 
that were eight months old, he packed all the fleeces together in great 
sacks. These sacks were sent to a place called a factory. The first 
wool cut from a lamb is the best ; but there are different kinds of wool, 
even in a single fleece. Some parts of these fleeces, therefore, were 
made into very fine, soft cloth, and some into the nicest lamb's-wool 
yarn, and such delicate wool thread as is used in working the models in 
the first and second grades. 

The lamb we are reading about was of the variety known as the 
Spanish merino ; and like all sheep of this kind, it had rather a small 
body, and very long, thick wool. When its wool was cut off, it could 
walk and run much easier than before. It was then taken with the 
other sheep to a State a long distance from where it was born, called 
Wyoming. The farmers there wanted some long-wooled Spanish merino 



FIRST GRADE WORK. 39 

sheep ; for they had only South-Downs, Leicesters, and other common 
varieties. 

The Mexican shepherd, dressed in an oilskin coat and trousers, 
with a blue shirt of sheep's wool trimmed with gay buttons and lacings, 
and a broad-brimmed hat, went with our lamb and the other sheep, to 
take care of them. Sheep must always have some one to look after 
them ; for they are gentle, helpless creatures, and it matters not how 
old they are, they never seem to know enough to take good care of 
themselves. But though in some ways they require more care than 
other animals, man can well afford to give them attention, for they are 
very useful indeed. Their wool, which is a species of hair, is one of the 
most valuable materials in the world for all kinds of clothing. Their 
flesh, which is called mutton, makes very good food ; and their skins 
are made into a leather that is used for many purposes. 

If our lamb had lived in some other part of the world, it would have 
had a very different kind of a shepherd to care for it. In Scotland he 
would have been, in olden times, a blue-eyed, light-haired man, with a 
long white cloak made of the locks of the sheep. He would have car- 
ried a crook, or crosier, as a staff ; a sling for throwing stones ; and a 
pipe or flute on which to play while his flock ate grass. With him 
there would have been a dog, trained to help drive and care for the 
sheep. 

In Yorkshire, England, in the olden times, a shepherd was quite an 
important man, who had a great many friends; for there were many 
shepherds in Yorkshire. They had one Sunday in the year set apart 
for them, called the "Shepherds' Sunday;" and the time when they cut 
the wool from their sheep, called "sheep-shearing time," was observed 
as a great festival. 

If our lamb had lived in France, he would very likely have had a 
young girl to take care of him and the rest of the flock. The French 
shepherdess knits while she tends her flock, instead of playing on a pipe 
like the Scotch shepherd. 



40 SCIENTIFIC SEWING AND GARMENT CUTTING. 

It was a long journey from the first home of our lamb to Wyoming ; 
and as the sheep walked all the way, it took them a good many days to 
get there. But the longest way is finally passed if we keep steadily 
on, and the hardest task is at last accomplished if we do a little every 
day. In some of the places through which the sheep passed, there was 
very little water and almost no grass. Such a place is called a desert. 
The way was not only long, but hard, and the sheep and lambs often 
lay down to rest. Sometimes the Mexican shepherd also got so heated 
and tired that he dug away the hot top of the earth ; and when he came 
to that which was cool, he put his oilskin coat over some low sage 
bushes, in order to make a little shelter from the sun, and lay down for 
a time. 

At last the lamb, its shepherd, and the other sheep, arrived at their 
new home. I wish you could have seen it ! There were bright flowers, 
green grass, blue skies, a pretty brook that emptied its water into a 
river not far away, and many other pleasant and beautiful things. By 
this time the wool had grown again all over the lambs; but the shep- 
herd did not cut it off now, for winter was at hand, and they would 
need this thick covering to protect them from the cold winds and the 
snow. When the spring came once more, bringing warmth and sun- 
shine and the flowers, the shepherd cut the wool from all his sheep ; for 
they could then do without their heavy coats, just as boys and girls can 
wear lighter clothing when it is warm. The lamb had now grown to 
be a young sheep ; and although it had more wool than when it was 
first sheared, its fleece was not worth so much, because it was not 
lamb's wool. Still it was very nice, because it was of the merino variety; 
and the merino sheep, even when they are old, have fine wool. 



SECOND GRADE WORK. 41 



CHAPTER III. 

SECOND GRADE WORK. 

Provided the pupil devotes forty minutes twice a week to sewing, 
the work in this grade will occupy a school year. 

The one model for this grade is a canvas bag ornamented with sim- 
ple designs, which, when properly completed, exemplifies all the stitches 
taught in the course. When the pupil has finished it, she is ready to 
work on garment fabrics. 

The aim of this system is to make it possible for the pupils to do the 
work of each lesson, not without instruction, but without assistance. 
It has been demonstrated that this is possible in every case when each 
step is thoroughly understood as the pupils proceed. The preparatory 
work cannot be too carefully considered, as with all first principles ; 
and although a year seems a long time to work on a single model, it 
will be found none too long for the pupils to become quite familiar 
with the stitches which in the succeeding grades are used under more 
difficult and exacting conditions. 

The children, having now become familiar with the use of the 
needle, should be encouraged to work independently outside the class- 
room. Towels for kitchen use in the home may be hemmed and brought 
to the teacher for inspection. The combinations of the various stitches, 
as they are learned, can be used in ornamenting dolls' clothes, flannel 
petticoats, and little spreads for tables or washstands. An excellent 
practice is to let the children bring in designs made outside the class, 
by combining, according to their own ideas, the various stitches they 
have learned. In this way the creative faculty is stimulated, and at 
the same time the work is correctly done. 



42 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



THE MODEL. 

The material of this model is No. 1 Ada canvas, which, while soft 
and like cloth in many ways, is yet so coarse that the threads can be 

easily counted. It is eighteen 
inches long and nine inches 
wide ; and when it has been 
carefully cut along the line 
of a thread, it may be given 
to the pupil to overcast. 
The overcasting should be 
explained as an overhand 
stitch, longer and deeper 
than the one used in sew- 
ing. The pupils should be 
required to do this work 
neatly, taking the stitches 
four threads apart and four 
threads down. It must be 
explained that this overcast- 
ing is necessary, since other- 
wise the goods would ravel or fray along the edges. 

When the model has been overcast, measure two inches from the 
top and bottom, draw a thread, and put a line of red basting in the 
space. This is to indicate where the designs begin and end. 




Canvas Bag. 



QUESTIONS AND ANSWERS. 

What will the new model be when it is finished ? Ans. A fancy bag. 

Of what is the model made ? Ans. Of canvas. 

What is the size of the model ? Ans. It is eighteen inches long and 
nine inches wide. 

What is the first thing to be done on this model ? Ans. To overcast 
the edges. 



SECOND GRADE WORK. 43 

How is overcasting done ? Ans. Like overhanding, only that the stitches 
are deeper, and farther apart. 

What would happen if the edges were not overcast? Ans. They would 
fray. 

TIIE FIRST DESIGN. 

Like the last model of the first grade, the designs of this are 
worked from the center. First let the pupil put the long edges of the 
model carefully together, and crease the center. From the center thread 
count four to the right, and put in a row of backstitching. Let this 
backstitching be between the fourth and fifth threads from the center. 

The thread used is red crochet cotton, which makes a better design 
than marking-cotton, and is less expensive. 

When this line is completed, count nine threads to the left, and put 
in another row of red backstitching. In the center between these two 
put in a line of red flannel stitching, worked over three threads of the 
canvas. 

QUESTIONS AND ANSWERS. 

In what part of the model is the first design worked ? Ans. In the 
center. 

How is the center of the model formed? Ans. By placing the two 
long sides of the model together, and creasing it along the center. 

What is the first stitching put in ? Ans. A line of backstitching be- 
tween the fourth and fifth threads from the center. 

What is the next step ? Ans. Nine threads to the left of the first line 
of backstitching put in another line. 

How is this central design finished ? Ans. With a line of flannel stitch- 
ing between these two lines of backstitching, over the three center threads 
of the model. 

In what color and kind of thread are all the designs of this model 
worked ? Ans. In red crochet cotton. 



44 SCIENTIFIC SEWING AND GARMENT CUTTING. 

THE SECOND DESIGN. 

Between the first and second designs, there is a space of six threads 
of the canvas. Count seven threads to the left ; crease the model be- 
tween the seventh and eighth threads, and put in a line of overhanding 
by taking up two threads and leaving two, forming a diagonal bar 
across a square of four threads. When this is completed, count eleven 
threads to the left, crease the model between the eleventh and twelfth 
threads, and put in another line of overhanding. 

When these two lines are completed, there are ten threads of can- 
vas between them. Begin the line of flannel stitching that finishes 
this design three threads from the last line of overhanding, and carry 
the thread in the needle over four canvas threads ; then proceed as in 
the flannel stitching already described, keeping four threads between the 
upper and lower stitches, instead of three as in the central design. 

QUESTIONS AND ANSWERS. 

How many threads are there between the first and second designs ? 
Aiis. There are six. 

What is the first stitch of the second design ? Ans. The overhand 
stitch. 

Where is the model doubled down for this stitch ? Ans. Between the 
seventh and eighth threads of the canvas, counting from the last line of 
backstitching of the second design. 

How many threads are there between this and the second line of over- 
handing ? Ans. Ten threads. 

Where is the canvas creased for the second line of overhanding ? Ans. 
Between the eleventh and twelfth threads to the left of the first line. 

How is this design finished ? Ans. With a line of flannel stitching 
between the two lines of overhanding. 

Where is this placed ? Ans. The first stitch is placed three threads 
from the last line of overhanding, and the next across four threads, and 
three threads from the other line of overhanding. 



SECOND GRADE WORK. 45 

THE THIRD DESIGN. 
For the third design, leave a space of six threads of canvas, and 
between the sixth and seventh threads put in a line of backstitching. 
Count three threads, and put in a line of basting, taking up two threads 
and leaving four. Count two threads, and put in another line in the 
same way, and again count two threads, and put in a third line. Leave 
a space of three threads, and put in a line of backstitching, which 
finishes the third design. 

QUESTIONS AND ANSWERS. 

How far is the third design from the second ? Ans. Six threads. 

Of what is it composed ? Ans. The backstitch and basting-stitch. 

Where is the first line of backstitching placed ? Ans. Between the 
sixth and seventh threads from the second design. 

Where is che first line of basting placed ? Ans. Three threads from 
the line of backstitching. 

How far from the first line of basting is the second one placed ? Ans. 
Two threads, and the third and last is two threads from that. 

How is this design finished ? Ans. By a line of backstitching three 
threads from the last line of basting. 

THE FOURTH DESIGN. 

Leaving a space of six threads, put in a line of hemming by taking 
up two stitches and slanting over two. Count three threads, and put in 
a line of stem, or, as it is often called, outline stitch. This is done by 
taking up two stitches and going back two, beginning at the left instead 
of the right, and keeping the thread from the beginning to the end on the 
same side of the stitching. This stitch is really the reverse side of back- 
stitching, and on the under side of the model forms a perfect backstitch. 

There are three lines of the stemstitch with two threads of canvas 
between each of them. Three threads from the last line of stemstitch- 
ing put in a line of hemming. This finishes the last design on the left 
side of the bag. Each of these designs is repeated on the right side. 



46 SCIENTIFIC SEWING AND GARMENT CUTTING. 

QUESTIONS AND ANSWERS. 

How many designs ornament this bag ? Ans. Seven in all. 

How many different designs are there ? Ans. Four. 

How many designs are repeated ? Ans. Three are repeated. 

Of what is the last design composed ? Ans. Of hemming and the stem- 
stitch. 

How are they arranged ? Ans. First there is a line of hemming six 
threads to the left of the backstitching that finishes the last design. 

What is the next stitch in this design, and where is it placed ? Ans. 
The stemstitch, which is put in three threads from the hemming. 

How is the stemstitch put in ? Ans. It is begun at the left instead of 
the right, by first taking up two threads, then setting the needle back two 
and taking two threads at each stitch, keeping the thread under the needle. 

What stitch is the stemstitch like ? Ans. It is taken like, and is 
really the reverse side of, the backstitch. 

How many lines of stemstitch are there in this design ? Ans. Three ; 
and there are two threads of the canvas between them. 

What finishes this design ? Ans. A line of hemming three threads 
from the last row of stemstitching. 

HEMSTITCHING. 

The designs being finished, the next work is the top of the model. 
It will be remembered that a thread of canvas was drawn, and a red 
basting placed to mark the limit of the designs. Draw out this red 
thread and one more thread of canvas, and the model is ready to be 
hemstitched across the ends, which later on form the top of the bag. 

As has been said, each step in this course of work has been ar- 
ranged, after repeated experiments and long experience with children 
of different ages, in accordance with the principles of a harmonious 
development rather than a forcing of faculties. It has been found 
that it is too difficult for beginners to undertake to catch the hem and 
learn the hemstitch at the same time, therefore there is no hem turned 
in this first lesson in hemstitching. 



SECOND GRADE WORK. 



When the threads of canvas have been drawn, let the pupil first 
take a backstitch to secure the thread, then take up two of the warp 
canvas threads which have been left by pulling out the weft, catching 
it into one thread of the cloth below. Set the needle back two tinea* Is, 
and take up two threads, as in the backstitch, setting the needle each 
time one thread into the firm cloth. 

When the ends have been hemstitched, measure down the length of 
the model twelve threads from the last design, and draw two threads 
on each side. Turn in the edge of the model one-fourth of an inch, 
crease down a hem that just reaches to the drawn threads, and baste. 

When this has been done, let it be hemstitched, being careful to 
explain that not only must two threads be taken up at each stitch, but 
also the edge of the hem, as in this way it is held in place. 

QUESTIONS AND ANSWERS. 

What is the first thing to be done in hemstitching ? Ans. To draw 
the threads. 

How is the stitch taken ? A?is. Two threads are taken up and the 
needle set back over two at every stitch. 

How is the hem turned ? Ans. First the edge is turned one-fourth of 
an inch, and the hem is then creased down so that the edge just reaches 
the drawn lines. 

Was there a hem turned at the top of the bag ? Ans. No ; that was a 
practice hemstitch. 

How is the hemstitching along the edge of the bag different from that at 
the top ? Ans. At the side, the edge of the hem is caught with every stitch. 

Is hemstitching useful ? Ans. Yes ; in ornamental work. 

Should hemstitching be done very evenly ? Ans. All stitches should 
be done evenly. 

JOINING AND FINISHING THE MODEL. 

Fold the model with the long sides together so that the two short 
sides are even, and overhand the hemstitched sides, carefully matching 



48 SCIENTIFIC SEWING AND GARMENT CUTTING. 

the threads. The attention of the pupil should be especially called to 
the depth of the stitch. It should not be more than one thread deep, 
as otherwise the seam will be clumsy, and will not lay flat. No. 40 
white cotton thread should be used for this overhanding. 

After turning down the top of the bag five threads, baste a red tape 
half an inch wide about the top, one thread from the edge, so that it 
does not show on the right side. It should be basted twice, once near 
the upper and once near the lower edge. The lower edge of this facing 
must be even with a thread of the canvas, where it is held in place by a 
line of hemming in the red crochet cotton. 

The upper edge is finished with the buttonhole stitch in red crochet 
cotton. The stitch is made by setting the needle down four threads, 
and throwing the thread from the eye of the needle over it from right 
to left, forming a twisted loop, which is the pearl edge of the buttonhole. 

When the top is finished, draw six threads above the horizontal line 
of hemstitching about the top of the model, and from each side run in 
a piece of No. 2 red lute-string ribbon, which is long enough to form 
a bow on either side when the bag is not drawn up. This completes 
the work of the second grade. 

QUESTIONS AND ANSWERS. 

How is the model finished ? Ans. It is first folded so that the short 
edges come evenly together. 

How is it joined ? Ans. It is overhanded together very carefully, bring- 
ing the hemstitching at the top and the threads down the sides evenly together. 

How deep should the overhand stitch be taken ? Ans. One thread on 
each side. 

What thread is used ? Ans. No. 40 white cotton thread. 

What is the next thing to be done ? Ans. Face the bag with red tape 
a half an inch wide. 

How is this done ? Ans. Turn in the top of the bag three threads, 
baste the tape on one thread from the top, having the lower edge straight 
with a thread, where it is hemmed on with red crochet cotton. 



SECOND GRADE WORK. 49 

How is the bag finished at the top ? Ans. With the buttonhole stitch 
in red crochet cotton. 

How is this buttonhole stitch done ? Ans. The needle is set four 
threads down, and the thread looped over the needle from right to left in 
such a way as to form a pearl or buttonhole edge. 

What is the next thing to be done in finishing this model ? Ans. Above 
the hemstitching, around the top of the bag, draw six threads. 

What is this space for ? Ans. For the two ribbons used in drawing up 
the bag. 

How are these ribbons run in this space ? Ans. Under six threads and 
over six threads. 

Why are they run from both sides ? Ans. So that the bag may be 
drawn evenly from each direction. 

What sort of ribbon is used, and how is it finished at the ends ? Ans. 
No. 2 red lute-string ribbon is used, and it is tied in a bow on each side. 

How much ribbon is required for this bag ? Ans. Two yards. 

QUESTIONS FOR REVIEW. 

How many models in the second grade ? 

What is this one model ? 

In what way is the canvas of this model different from that used for the 
second model of the first grade ? 

How many different designs ornament this model ? 

What is a design ? 

What is a composition ? 

How many different kinds of stitches are there on tins model ? 

How many of these stitches have not been given before ? 

Describe them. 

When is'overhanding used? 

Of how many stitches is each design composed ? 

Are there more stitches used in ordinary sewing than there are on tins 
fancy bag ? 

What is the difference between a flannel and a buttonhole stitch ? 

How does stemstitchinsi differ from backstitching '.' 



50 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



MATERIALS AND THEIR MANUFACTURE. 

FLAX. 

A cotton field, with its opening pods, or, as they are called where 
cotton is raised, bolls, is a beautiful sight ; so also is a field of bloom- 
ing flax. The one is like a sea of gleaming sil- 
ver, the other like a sea that is as blue as the sky. 
The blossom of the flax plant is a delicate 
and beautiful shade of blue. Unlike cotton, 
flax, from the fiber of which linen 
is made, grows best where it is 
cool. When it blooms, the plant 
is between two and three feet 
high. It requires a great deal of 
moisture, and it is therefore most 
successfully cultivated in the lowlands of 
Holland and Belgium. 

Flax is, so to speak, a delicate plant, 
and it therefore requires a great deal of 
work to raise it. It will not grow well 
if there are any weeds near it, and for 
this reason they must all be pulled up. In Eu- 
rope, where the best flax is cultivated, women 
and children weed the flax fields, going through 
them on their hands and knees. 

When the leaves of the flax plant begin to 

fall, and the stock to turn yellow, it is harvested. 

This is done by pulling the plants up by the roots, 

and laying them evenly together, as the fiber of which the linen is 

made is injured if they are twisted or doubled. This fiber lies between 




SECOND GRADE WORK. 



51 



thf hark and the inner, woody pith of the plant; and it is rathe] a 
long and tedious process to separate it. 

When the flax has been pulled, the first thing done is what is called 
"rippling" it, which is removing the seed-pods. The next thing to be 
done is the "retting," which is a fermentation that loosens the gummy 
substance which binds the fiber to the wood. This is accomplished by 
exposing the flax to the dew in the fields, or by immersing it in water. 




Hackling Flax. 



To put it into water is better than to depend on the dew ; in fact, it is 
the only way to get really fine fiber. The flax stalks are kept wholly 
under water, but are not permitted to rest on the bottom of the pond or 
tank. 

This retting process, which separates the fiber from the rest of the 
plant, requires both skill and care. If the stalks are left too long in the 
water after fermentation has taken place, the fiber is weak and laeks 
gloss. Tf it is not left long enough, it is dry and coarse. Again, the 



52 SCIENTIFIC SEWING AND GARMENT CUTTING. 

water used must be pure, soft, and free from lime, iron, or other sub- 
stances of a similar nature which color and injure the fiber. 

The water of the river Lys in Belgium is expressly suited to retting 
flax, and for this reason the flax grown near it is the finest in the world. 

The next thing after the retting, is to remove the woody pith. This 
is called "scutching," and is accomplished by beating the flax until the 
wood drops out and the fiber is left. Sometimes this is done by ma- 
chinery, and sometimes by hand. 

After all this has been done, the flax is " hackled," and it is then 
ready to spin. The hackling is a combing process by which the chaff 
and the coarse, rough fiber, called the tow, is removed, and only the 
clean linen fiber is left, white, straight, and ready for the spinner. 

Sometimes flax is cultivated, not for the fiber, but for the seed, which 
is used for making linseed oil. It is then permitted to get thoroughly 
ripe, much riper than when the fiber is to be used. The seed only is 
gathered then, and the stalks are thrown away. 

So long ago that there is no written account of it, flax was culti- 
vated for the fiber, which was used, as it is now, for clothing. We know 
this because pieces of linen have been found in tombs and other places 
where it had been lying thousands of years. Although the art of mak- 
ing linen from flax is so old, there has been very little change in the 
way in which it is prepared for spinning ; and the process is much the 
same as it was when the children of Israel were in bondage in Egypt. 
Until very recently it has been almost wholly a domestic art. Even 
now there are small farmers in Scotland and Ireland who raise flax ; 
and it is prepared for spinning, spun, woven, bleached, finished, and 
made ready for market, by the farmer's wife and children. 

TniMBLES. 

Just fancy how awkward it would be to wear a thimble on your 
thumb. Yet for a good many years after thimbles were invented 
they were worn only on the thumb. Because of this they were called 



SECOND GRADE WORK. 53 

thumb-bells. After a time this word was shortened, and the very useful 
little contrivance with which a needle is pushed through fabrics was 
called, as it still is, a thimble. 

When the thimble had been in use for some time, it was found that 
it could be used much more successfully on the middle finger than on 
the thumb ; and now it seems strange that it should ever have been 
used in any other way. 

The thimble was invented in Holland. It was in 1695 that John 
Loftington came over from Holland, and established a manufactory of 
thimbles at Islington, England. At that time, and for a long time after- 
wards, thimbles were made entirely by hand ; and many of them were 
beautifully wrought, and set with gems. Now all this is changed, and 
with very few exceptions they are made entirely by machinery. 

The ordinary thimble, whether of gold, silver, steel, aluminium, cel- 
luloid, or any other material of which thimbles are made, is first molded 
into the size and form desired. The small indentations in which the 
eye of the needle rests as it is pushed through the fabric are made by 
machinery. The polishing is also done very rapidly by machinery, all 
of which is simple, and needs very little attention. Hence the labor 
required in making a thimble is small ; and thimbles cost but little, 
save when they are made of expensive material. 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



CHAPTER IV, 

THIRD GRADE WORK. 

Up to this point the pupil has been engaged in becoming familiar 
with the needle and thimble and the different stitches used in sewing. 
Now the scissors are added to the implements which will be constantly 
employed, for the work of this grade includes some of the fundamental 
principles of drafting and cutting. In this work, as in the sewing, the 
natural method of development by gradual unfoldment is followed. 

The first thing is to teach the child to use the scissors. Scissors 
about five inches long should be selected ; and they should be of good 
steel, and sharp. The first material used should be heavy manilla draft- 
ing-paper, laid off in half-inch squares; and the pupils should be required 
to cut carefully along the lines until they can follow them accurately. 

When this has been accomplished, they may be given a piece of 
checked gingham to cut along the line of the design. When the pupils 
can cut a straight line, they may draft the first model of this grade. 

First draw a parallelogram twenty-four inches long and twelve 
inches wide, on the blackboard, explaining what a parallelogram is. 
Then let the pupils draw and cut out of the manilla drafting-paper a 
parallelogram half this size, which can be done easily, as the paper is 
laid off in half-inch squares. After this let each pupil cut a parallelo- 
gram of the gingham twenty-four inches long and twelve inches wide. 
This will not be difficult, the straight lines of the checked design form- 
ing an accurate guide. This is the simple outline of the gingham case, 
which is the first model in fine thread fabric. 

When the parallelogram has been cut, measure at one end three 
inches each way from both corners, draw oblique lines, and cut off the 



THIRD GRADE WORK. 



55 



coiners. From the lower corners of the oblique lines, measure down 

eleven inches, and draw a dotted line to show when; the parallelogram 

is folded to form the case. » 

* — * 

Turn in the edge along the 

last thread of a white line of 
squares, crease evenly through 
the center of the next line of 
brown squares, and baste so that 
the design is not broken. Hem 
on the last white thread of the 
third line of squares, beginning 
to count after the first edge has 
been turned in. Let the hem- 
ming be done on this last white 
thread of the third square. This 
may seem an unnecessary exac- 
tion ; but let it be remembered 
that the educational value of this 
system is lost if the nicest pre- 
cision is not observed. Again, 
when correct habits are formed, 
it is as easy — nay, it is easier — 
to do a* thing well as ill. 

For this hemming, No. 70 
white cotton thread should lie 
used. The stitch should be so 
lightly taken that it is not no- 
ticeable on the right side and 
along the first white thread of the last check. 

Turn and baste the straight and diagonal ends of the model the 
same as the sides, being careful to exactly match the design of the 
model to a thread. When these hems are basted, turn them back, and 



Model of Ginjham Case. 



56 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



overhand them with fine, shallow stitches, instead of hemming in the 
usual way. This is called the linen hem, as it is used for table 
napery. 

When the model has been hemmed, fold it on the do'tted line, ten 
inches from the square end, which leaves four inches for a flap at 
the top ; hold so that the squares match exactly, and overhand to- 
gether. 

This model is finished by two linen-tape loops, sewed on one inch 
from the corners of the flap. The tape is first overhanded together the 

width of the hem, and then is over- 
handed onto the hem and across the 
top. The flap is then turned down ; 
and the buttons, which should be cov- 
ered with white linen, are placed in the 
center of each loop, with a piece of tape 
under each to hold it firm. 

By the work of this grade the chil- 
dren are made capable of doing at least 
a portion of that most important part of 
the work of the household, — the mend- 
ing. The teacher should make it a point 
to have each child, as soon as she has learned to do a certain kind of 
work well, undertake that work at home, so as to assist her mother. 
She can now not only do a variety of stitches and darning, but she can 
put loops on the towels she has hemmed, and assist in plain sewing ; 
and she should be encouraged to do this work independently, the teacher 
examining and discussing what she does at home. She should also be 
required to keep her own clothes mended. While faults must of course 
be recognized and pointed out, severe criticism of work done indepen- 
dently should be avoided ; and merit should be praised, in order that 
the children may not be discouraged, but be incited to unaided and 
original effort. 




Model of Gingham Case Finished. 



THIRD GRADE WORK. 57 



QUESTIONS AND ANSWERS. 

What is drafting ? Ans. It is drawing a plan or pattern. 

What is the first thing to be done when one is going to draft '! Ans. 
To take the measures and set them down. 

What is a parallelogram ? Ans. A figure bounded by four straight lines 
with opposite sides parallel. 

What is the shape of the first model of this grade as it is drafted ? Ans. 
A parallelogram. 

What are the dimensions ? Ans. Twenty-four inches long by twelve 
inches wide. 

When the measures have been taken, and the paper parallelogram pattern 
drawn and cut, what is the next thing to be done ? Ans. Pin on the cloth, 
and cut very carefully on a thread of the gingham. 

What will this model be when it is finished ? Ans. A case. 

How is the flap formed ? Ans. At one end measure three inches each 
way from both corners, draw oblique lines, and cut off the corners by them. 

What is the next thing to be done after the case is cut ? Ans. Measure 
down eleven inches, and draw a dotted line to show where the parallelogram 
is folded to form the case. 

When this is done, what is the next step ? Ans. Turn in the edge, and 
crease a hem along the second line of the squares and baste so that they 
match exactly. 

How are the two ends of the model finished ? Ans. They are hemmed 
in the same Avay as the sides. 

How is this hemming done ? Ans With the overhand stitch. 

What is this sort of hemming called ? Ans. Linen hemming, because 
it is used for table linen. 

How is the case formed ? Ans. By doubling it along the line drawn to 
indicate the bottom of the case, bringing the squares of the design together 
so that they match exactly, then basting and overhanding together. 

How is this model finished? Ans. With two linen loops, one on each 
side, overhanded together, the width of the hem hemmed on with an over- 
hand stitch, and two buttons sewed on, with a piece of tape under them to 
make them strong:. 



58 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



SECOND MODEL. 

The second model in this grade is a piece of canvas, six and one- 
half inches square, upon which the first two kinds of darning of the 
course are done. Let the pupil measure, draft, and cut this square, 
which, although small and simple, is somewhat more difficult to draft 
and cut than the gingham with its clearly defined designs. 




Canvas Darning Square. 



When it is cut, let it first of all be overcast. Then put the edges 
together and crease through the center, and run a thread of red Saxony 
wool either side of this crease, taking up one thread and leaving one 
with a thread of canvas between the two. Fold the canvas in the 



THIRD GRADE WORK. 59 

opposite direction, crease through the center, and again run two threads 
of red Saxony wool on either side of this crease, leaving a thread of can- 
vas between them, and dividing the model into four squares. 

From these lines count thirty-four threads of canvas each way, and 
put in a line in the red wool, taking up two threads and leaving two 
around the whole model. 

Three threads from the line which forms a square within the 
square put in a solid edge line of blanket stitch in red Saxony wool 
on each side of the model. The fringing of the model outside of this 
blanket stitching is left until the last, so that when it is finished it may 
be quite fresh and clean. 

To prepare the model for the two sorts of darns which it exempli- 
fies, count off in each of the four small squares twelve threads from 
the side and six threads from the top and bottom. Begin at the top, 
and run an outline thread to the point six threads from the bottom. 
Count ten threads to the right, and run another thread like the first, 
beginning six threads from the top, and ending the same distance from 
the bottom of the small square. This forms a bar ten threads wide 
and twenty-two long. Outline another bar crossing this at right angles 
in the same way, and the same number of threads wide and long. 
After outlining two bars of this sort in each of the four squares, baste 
a piece of cardboard under one of them. 

The two outlined bars under which the cardboard has been placed 
form a small square in the center of a square. Six threads beyond the 
limit of this square, along the line of the outline bar, the darning is be- 
gun by taking up one thread and leaving one, until the center square, 
formed by the two bars, is reached. At this point leave ten threads, 
drawing the red Saxony darning wool straight across, and again take up 
every other stitch on the other side of the square for six stitches. Con- 
tinue this until the opposite outline of the bar is reached. Then turn 
the model, and fill in the bar that crosses this at right angles in the 
same way, with the exception that the loose center warp threads are 



60 SCIENTIFIC SEWING AND GARMENT CUTTING. 

woven under and over, each alternate thread being taken up on the 
needle. In the opposite diagonal corner repeat this darn, which is 
known as the stocking darn. 

The darning in the third square of the model is diagonal or linen 
darning. The first threads, which represent the warp, are straight 
across, like those in stocking darning. Outside of the small central 
square, the threads are woven over and under as in stocking darning. 
When the center is reached, take up two threads, and leave two the first 
time across. The second time across, first take up a single thread, and 
after that take up two and leave two. The third time across, first 
leave two, then take up two and leave two. The fourth time across, 
leave the first thread, and after that take up two threads and leave two. 
Repeat this, beginning with the first, until the square is filled. The 
fourth square is done in the same way. The practical application of 
this darning is to baste a piece of cardboard under the hole, which is 
then cut out square. If it is linen or any diagonal weave, use the linen 
darn ; and if the under and over weave, use the stocking darn. 

QUESTIONS AND ANSWERS. 

What is the second model in this grade ? Ans. A square of canvas six 
and a half inches each way. 

What is the first thing to be done after drafting and cutting this 
square ? Ans. To overcast the edges. 

Then what should be done ? Ans. Put the two edges together, crease 
through the center, and run a thread of red Saxony either side of this 
crease, taking up two threads and leaving two. 

What is the next step ? Ans. Fold the model in the same way in the 
opposite direction, crease, and run a thread of red Saxony either side of 
the center. 

What do these two lines put in from opposite sides form ? Ans. Four 
squares within the model. 

What is the next step ? Ans. Count thirty-four threads each way from 



THIRD GRADE WORK. 61 

these double lines, and at this distance run a line of red Saxony on each 
side of the model. 

What is next to be done ? Ans. Three threads from this line of run- 
ning that bounds the square, put in on each side a solid line of blanket 
stitching in red Saxony. 

How many kinds of darns are there on this model ? Ans. Two, the 
stocking and the linen darn. 

How is the stocking darn begun ? Ans. Count off in one of the four 
small squares twelve threads from the sides and six at the top and bot- 
tom. Begin at the top, and run an outline thread to the point six threads 
from the bottom. 

Where is the next thread placed ? Ans. Count ten threads to the right, 
and run another thread like the first, which forms a bar ten threads wide. 

What is the next step ? Ans. Outline another bar, in every way like 
this, at right angles with it. 

Is this kind of crossed bars outlined in each of the four squares ? Ans. 
It is. 

What should always be basted under material that is to be darned ? 
Ans. A piece of cardboard. 

After the cardboard is basted under the crossed bars, how is the darn- 
ing done ? Ans. Six threads toward the edge from the square formed by 
the crossed bars, begin the darning next to the outline thread, taking up one 
thread, and leaving one until the center square is reached. 

What does the center square represent ? Ans. The space to be darned ; 
the thread is taken over it without stitches. 

Where do the stitches begin again ? Ans. On the other side of the 
square ; one thread is taken up, and the other left for six threads. 

What do these threads represent ? Ans. The warp. 

How are the cross threads or weft of stocking darning put in ? Ans. 
Like the warp thread, except in the center, where it is woven under and over 
the warp threads. 

How many times is this darn repeated in model ? Ans. Once. 

In what part of the model is the first linen darn ? Ans. In the third 
square. 

How is it put in ? Ans. The warp is put in like the stocking darn. 



62 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How is the first thread of the weft put in ? Ans. Until the center of 
the cross bar square is reached, the thread is put in over and under the can- 
vas threads, the same as the stocking darning. At the center, take up two 
threads and leave two. 

How is the second thread put in ? Ans. Like the first until the center 
of the bar is reached, then take up one thread, and after that leave two and 
take up two. 

How is the third thread put in ? Like the first and second until the 
center is reached, then begin by leaving two, take up two and leave two. 

How is the fourth thread put in ? Ans. The same as the others as far 
as the center, then, leaving the first thread, take up two and leave two. 

How is this darning finished ? Ans. The way in which the first, second, 
third, and fourth threads are taken up are repeated until the square is filled. 

How is this model finished ? Ans. By raveling out the edge to the 
blanket stitching. 

How are these darns used in mending ? Ans. A piece of pasteboard 
is basted under the hole, which is then cut square. If the fabric to be 
darned is over and under wove, the stocking darn is used, if diagonal, the 
linen darn. 

THIRD MODEL. 

For the third model in this grade, which is for the knitted darning, 
cut a piece of cardboard three and one-half inches long and two and 
one-half inches wide. Draw straight lines one-half an inch from the 
top and bottom. This should be done by the pupil without assistance, 
with directions from the teacher. The lines at the top and bottom of 
the card should be divided into eighth-inch spaces. When this is done, 
take red cotton thread and stitch in each division, drawing the thread 
from the upper to the lower line, and so setting the needle that the 
thread is not straight, but slants from one division to the next. 

When the warp threads have been placed, insert the needle into the 
first division from the wrong side ; take up the first double thread, and 
put the needle back through the same division. Bring the needle up 



THIRD GRADE WORK. 63 



from the under side through the second division, take up the second 
double thread, and put the needle back through the second division. 
Continue this across the width of the model. Then put the needle 
through the first loop, but not through the cardboard, taking up one 
thread ; then take up the two threads, put the needle back into the loop 
from which the thread comes, and take up with this loop the one next 
to it together with a single thread, drawing them down to form a loop. 
Continue in this way until the card is filled, being careful not to fasten 
the darning at any point to the cardboard. This darning is used in 
knitted fabrics, and, like other darning, is always done over a piece of 
cardboard. 

QUESTIONS AND ANSWERS. 

What is the third model in this grade ? Ans. The knitted darning, 
ow is the model prepared ? Ans. Cut a piece of cardboard three and 
one-half inches long and two and one-half inches wide ; draw lines one-half 
an inch from the top and bottom, and divide the model into eighth-inch spaces. 

How is the warp thread put in ? Ans. With red cotton thread put a 
stitch in each division, first in the upper and then in the lower line, drawing 
the thread from one to the other, setting the needle in such a way that the 
thread is not straight, but slants from one division to the other. 

How is the weft thread put in ? Ans. Insert the needle in the first 
division from the wrong side, take up the first double thread, and put the 
needle back through the same division. Bring the needle up from the under 
side through the second division, take up the second double thread, and put 
the needle back through the second division. Continue this the width of 
the model. 

How is the weft thread brought back ? Ans. Put the needle through the 
first loop, but not through the cardboard, taking up one thread ; then take up 
two threads, put the needle back into the loop from which the thread comes, 
and take up with this loop the one next to it with a single thread, and draw 
down into a loop. 

Is this way of putting the weft thread back and forth continued until 
the model is finished ? Ans. It is. 



64 SCIENTIFIC SEWING AND GARMENT CUTTING. 

This darn is used for mending what sort of fabric ? Ans. Knitted 
fabric. 

How is a fabric of this kind prepared for mending ? Ans. By basting 
a piece of cardboard under the place to be mended, and cutting the hole 
square. 

In this case, is either the warp or the weft fastened to the cardboard ? 
Ans. Neither. 

QUESTIONS FOR REVIEW. 

What is drafting ? 

What is a parallelogram ? 

What is the first thing to be done in drafting ? 

What is the gingham case when it is first drafted ? 

What is the second model of the third grade ? 

How many kinds of darning are there in this model ? 

What do the two threads in darning represent ? 

Are warp threads always straight ? 

What thread forms the pattern in darning and in weaving ? 

In what way is the linen darn different from the stocking darn ? 

How does the knitted darn differ from either of these ? 

How are these different kinds of darns used ? 

How is the fabric prepared that is to be mended with a darn ? 

Why should the place to be mended be cut square ? 

Why is cardboard basted under the fabric before the darning is done ? 



MATERIALS AND THEIR MANUFACTURE. 

COTTON. 

There was once a small black seed, which, with many others quite 
like it, was put into the ground one day in March on an island in the 
Atlantic Ocean, at the mouth of the Savannah River. 

If this little black seed could have looked forth from its resting- 
place in the dark, moist ground, it would have seen a broad stretch of 



THIRD GRADE WORK. 65 

water with low-lying islands all about, and close at hand the coast of 
Georgia. But though it had not eyes, it had other wonderful natural 
gifts, for it could draw different kinds of nourishment from the earth, 
the air, and the sun; and these things enabled it to become something 
so fine and so useful that it is not easy to believe the beginning was 
only a little black seed. 

First, it put slender fibers down deep into the ground in all direc- 
tions. These little fibers had tiny mouths at their ends, which drank in 
water and other food. After this a green shoot went straight up above 
the top of the ground, and this put out small leaves and branches. All 
the while the roots held the upper part firm, and gave it all that it 
needed for nourishment. It was not long before green buds began to 
show themselves, and soon pure yellow flowers, with reddish-purple 
spots in the center, unfolded. 

Little by little the seed became a shrub-like plant between three 
and four feet high. When the pretty yellow flowers withered and fell, 
green pods took their place. As time went on, these pods grew until 
they were about as large as a small peach. When the pods turned from 
green to brown they were ripe and burst open, and in each one was a 
beautiful white ball of fine, soft fiber. This was the cotton. 

The cotton family is a large one. No other kind of cotton is so 
valuable as that which grows where the little black seed was planted. 
It is called Sea Island cotton, and it is the very best in the world. 
This is because the fiber, which is called the staple, is longer, finer, and 
stronger than any other. 

Another member of the cotton family is called New Orleans or 
Upland cotton. Some of this has a green seed, and sonic a seed 
that is gray-white. The blossom of this cotton is either pale yellow 
or white ; and the white fiber, or staple, about the seeds is shorter 
than the Sea Island cotton. There are many other varieties. One, 
which is called the Cuba Vine, has yellow fiber, out of which nankeen 
is made. 



ee 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



To return to the story of the little black cotton seed. When the 
pod which held the fiber burst open, it was picked and taken to a 

machine called a cotton-gin. This 
occurred late in August, and you 
should have seen the field where 
this cotton plant grew. It was like 
a great silvery-white sea, and was 
one of the most beautiful sights in 
the world. 

Besides the fiber in the cotton 
pod, there were a great many little 
black seeds — many more than it 
was necessary to keep for planting. 
These seeds must be taken out, 
and for this reason the fiber was all 
made to pass through the cotton 
gin. It was Eli Whitney of Massa- 
chusetts who invented the cotton 
gin. It can take the seeds out of 
three hundred pounds of cotton 
quicker than a man can pick them 
out of one pound. 



The seeds were put into 
bags, taken to a mill, and 
made into a fine and useful 
oil. What was left after the 
oil was pressed out was put 
on the ground to enrich it, so 

that what was planted in it would grow well. Part of the strong- 
fibered stalk of the cotton plant was used for making a basket, and the 





The Cotton Gin. 



THIRD GRADE WORK. 67 

rest for making a coarse sack. So every part of the plant was made 
useful, but the fine white fiber was by far the most valuable. 

The cotton staple, which came from the plant of which the little 
black seed was the beginning, crossed the ocean, and went to Scotland, 
where it was made into thread, and then it came back to America and 
was sold. 



68 SCIENTIFIC SEWING AND GARMENT CUTTING. 



CHAPTER V. 

FOURTH GRADE WORK. 

In this grade the work is altogether on garment fabrics ; the knot is 
introduced, and the first garment of the course is drafted and cut. Up 
to this time the models have been small, and the necessity for a per- 
fectly clean apron, used exclusively for sewing, has not been so great 
as it is now that the models are larger and more easily soiled. The 
apron, which is the third model of the grade, is a little work apron, which 
will be found a serviceable little garment, simple, and easy to cut and 
make, and one which can be utilized at every lesson. 

If it be deemed desirable, the first model of this grade may be made 
the last of the preceding. This should not be done unless the work of 
the third grade has been so well done that more practice is superfluous, 
and there is still time for which no work is provided. 

The pupil will be sufficiently advanced when the models of this 
grade are finished to work on silk, and so a simple but quaint little 
fancy bag of that material has been added to the models. This bag is 
not in the regular course of work, but is intended for those who com- 
plete the work of this grade in time to finish the bag before the close of 
the school year. 

FIRST MODEL. 

A length of gingham two inches wide and twenty-nine inches long, 
which should be divided into halves and quarters and marked, is first 
measured and cut by the pupil. Then thread a No. 8 sharp needle 
with No. 40 thread, doubled, and put in a line of running one-fourth of 
an inch from each edge. In doing this running, the stitches should be 



FOURTH GRADE WORK. 



slipped off the needle without taking it out of the cloth, as by remov- 
ing the needle a .stitch is made uneven. Draw up the thread, twist 
it around a needle or pin placed at the end of the gathers; hold the 
right side of the work to- 
ward you, and place the gath- 
ers with a needle, holding 
the thumb directly over the 
gathers as they are placed. 
This must be done firmly 
and carefully. If any sound 
is heard, it shows that the 
needle is being drawn too 
roughly across the cloth and 
may injure it. 

Then let the class cut 
two gingham bands eight 
inches long and two inches 

wide, and fit the gathered pieces to them. When the bands have been 
carefully basted onto the gathered piece, hem them on by taking up 
each gather as a stitch. Turn and hem down in the same way. 







Puff. First Model. 



QUESTIONS AND ANSWERS. 

What is the first model of this grade ? Ans. A strip of gingham two 
inches wide and twenty-four inches long. 

What is the first work on this model*? Ans. To divide it into halves 
and quarters, and after marking it, to put in a line of running one-half an 
inch from each edge. 

What number needle and thread is used ? Ans. No. 8 needle and No. 40 
thread. 

How should the thread he prepared ? Ans. It should he drawn between 
the thumb and finger of the left hand, or across a piece of wax, to prevent 
its kinking; and then doubled. 



70 SCIENTIFIC SEWING AND GARMENT CUTTING. 

Is the needle taken out of the cloth in doing this running ? Ans. It is 
not; the stitches are slipped off. 

Why is the needle left in the cloth in running for gathering ? Ans. If 
it is taken out it makes an uneven stitch. 

Upon what does the length of the gathering stitch depend ? Ans. It 
depends on the length of the cloth to be gathered. 

When the running is finished, what is done ? Ans. The threads are 
drawn up, and the gathers carefully stroked. 

How long and how wide are the bands at the edge of this model ? Ans. 
Eight inches long and two inches wide. 

How is the gathered piece adjusted to these bands ? Ans. The band is 
divided into halves and quarters, which are placed even with the divisions of 
the gathered piece after it is drawn up. 

How are the three pieces put together ? Ans. The bands are basted onto 
the gathered piece and then hemmed on, taking up a gather with each stitch. 
Then the bands are turned, basted, and hemmed in the same way on the 
other side. 

SECOND MODEL. 

The first of the two buttonhole models of this grade is a strip of felt 
cloth nine inches long and one inch wide, in which are cut eight button- 
holes an inch apart. Let the 
pupil practice cutting button- 



Fsi&fmww 



holes in a strip of drafting- 
paper until she can cut them 

Second Model. Buttonhole. 

properly. Then let the 
teacher cut the first one in the felt strip, and the pupil the others as she 
is ready to work them, until the eight are cut and worked. 

The buttonholes should be worked with white No. 40 thread. As 
has already been said, the thread should be looped around the needle 
from right to left to form a pearl edge. 

The second buttonhole model is a piece of white nainsook three 
inches wide and nine inches long. Double and overhand this along the 



FOURTH GRADE "WORK. 71 

side and the ends. Cut eight buttonholes one inch apart, overcast and 
work, as in the felt model, with No. 40 thread. Set four hooks and 
four eyes alternately between these buttonholes, sewing them on with 
a buttonhole stitch. 

QUESTIONS AND ANSWERS. 

What are the second models ? Ans. Buttonhole models. 

What is the first ? Ans. A strip of felt nine inches long and one inch 
wide, in which eight buttonholes are cut. 

How should these buttonholes be cut ? Ans. Very straight. 

How should they be worked ? Ans. With No. 40 cotton thread which 
should be looped over the needle from right to left to form a pearl edge. 

What is the second buttonhole model ? Ans. A piece of nainsook three 
inches wide and nine inches long. 

How is this prepared for buttonholes ? Ans. It is folded together, 
overhanded at the sides and ends, and eight buttonholes are cut one inch 
apart. 

How are these buttonholes worked ? Ans. The same as those in the 
felt model. 

How is the nainsook model finished ? Ans. By putting on hooks and 
eyes between the buttonholes, arranging them alternately, and using the 
buttonhole stitch in sewing them on. 

THIRD MODEL. 

The third model is the gingham apron, which is the first garment 
drafted and cut. Two measures are taken, one across the chest from 
one arm to the other, and the other from the center of the chest to 
within an inch of the bottom of the skirt, which is the length. These 
measures should he taken by the pupil with the teacher's assistance. 

When this is done, let the pupil draft a parallelogram twice as wide 
as the chest measure, and as long as the other measure. From the up- 
per right-hand corner measure three inches down and two and one-half 
inches from the same corner to the left, and draw a curve for the arm 



72 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



scye. Cut two bands three and one-half inches wide, and as long as the 
chest measure. When the pattern has been drafted and cut, lay it on 
a double fold of the goods, pin and cut. Two of these pieces should be 

cut, one for the front and one 
*?£z: . for the back. The center of the 
back is cut open down the entire 
length. 

When the apron is cut, the 
under arm seams are basted and 
sewed in a very narrow seam, 
with three running stitches and 
one backstitch. The seams are 
then trimmed, turned, and back- 
stitched, making what is known 
as a French fell. Hem the two 
sides of the back in hems one- 
fourth of an inch wide, and the 
bottom in a hem an inch wide. 
Turn a hem a fourth of an inch 
wide about the arm scye. 

Gather the top, beginning 
one and one-half iwches from 
the arm scye. After stroking 
the gathers and basting on the 
bands, hem them to the apron 
by taking each gather up as a 
stitch, and hem them down in 
the same way. Turn a hem down 
the length of the string and across one end a quarter of an inch wide, 
and across the bottom one inch wide : sew on the shoulders, and tie. 1 




Front: Band ^J 



\BachBand J 

Model of Gingham Apron. 



1 It has been found that the white apron is more generally satisfactory for a sewing apron 
than the gingham one. The former may, therefore, be substituted for the latter if desired. 



FOURTH GRADE "WORK. 



73 



The work of this grade is finished by eight review lessons in practical 
darning without assistance from the teacher. First then; should be the 
under-and-over stocking darn, not in canvas, but on a stocking. Let 
the pupils each bring a stocking that requires repairing. In the same 
way have linen and knitted darning practically applied. If there are 
pupils who have accomplished all the work of the grade in a satisfac- 
tory manner before the close of the year's work, let them make the silk 
bag as a reward of diligence. 

THE SILK BAG. 

Cut a straight strip of silk or 
ribbon fifteen inches long; if ribbon, 
six inches wide, if silk, seven inches 
wide. In each end of this piece of 
silk or ribbon, cut, two inches from 
the side edge, and three-quarters of 
an inch from the end edge, 
four buttonholes, lengthwise 
of the goods and three- 
eighths of an inch long. 
These buttonholes should 
be three inches apart. 

Hem the two end edges 
and, if it is silk, the side 
edges. Overhand the two 
ends together an inch and 
one-half from each edge, 
leaving an open space of 
three inches in the ■ center. 
Overhand the side edges together. Through the two buttonholes at 
each side run a narrow ribbon a yard long, so that it pulls up from both 
sides, and tie these ribbons in a bow on either side. As is obvious, two 




Silk Butterfly 



74 SCIENTIFIC SEWING AND GARMENT CUTTING. 

yards of ribbon are required. When it is drawn up, and the upper edges 
held together, it somewhat resembles a butterfly, and is often called by 
the children " The Butterfly Bag." It is a particularly convenient little 
receptacle to use in traveling, for buttons and other small trifles, as it 
can be laid perfectly flat, or hung up by the ribbon draw-strings. 

QUESTIONS AND ANSWERS. 

What is the third model of the fourth grade ? Ans. The gingham apron. 

How many measures are taken ? Ans. Two, — one across the chest from 
one arm to the other, and one from the center of the chest to within an inch 
of the bottom of the dress. 

When the measures are taken, how is the apron drafted ? Ans. Draw a 
parallelogram twice as wide as the chest measure and as long as the other 
measure. 

How is the arm scye formed ? Ans. From the upper right-hand corner, 
measure down three inches and two and one-half inches to the left, and 
draw a curve from one point to the other. 

Does this complete the drafting ? Yes ; and the paper pattern may now 
be cut. 

How is the material cut ? Ans. Lay the pattern on a doubled fold of 
the goods ; pin and cut. 

How is the back cut ? Ans. Like the front, except that it is cut 
through the center the entire length. 

What other parts are there to this apron ? Ans. Two bands three and 
one-half inches wide and as long as the chest measure, and two strings three 
inches wide and eighteen inches in length. 

How is the apron put together ? Ans. The under-arm seams are basted, 
and sewed in a very narrow seam with three running stitches and one back- 
stitch. They are then turned, and sewed on the other side with a backstitch. 

What is a seam finished in this way called ? Ans. A French seam or 
fell. 

How are the backs and bottom finished ? Ans. The backs are finished 
with a quarter-inch hem, and the bottom with a hem an inch wide. 

How is the neck finished ? Ans. It is gathered across the front, except 



FOURTH GRADE 'WORK. 75 

a space one and one-half inches from each arm scye. After the gathers are 
stroked, and the bands basted, hem them on, taking a gather to each stitch. 
Turn and hem them down in the same way. 

How are the strings finished ? Ans. A hem a fourth of an inch wide is 
turned at the sides and one end, and one a half an inch wide at the other 
end. 

Where are these strings placed ? Ans. They are sewed on at the end of 
the chest band, and tied on the shoulders. 

How is the apron fastened at the top ? Ans. It is buttoned. 

What is the last regular work of this grade ? Ans. Eight lessons in 
mending, with the different kinds of darning. 

QUESTIONS FOR REVIEW. 

Where is the knot first used ? 

How is gathering done ? 

How should buttonholes be cut ? 

How should a buttonhole be overcast ? 

How is the buttonhole stitch taken ? 

What is the first garment drafted and cut ? 

What is the shape of this apron before the arm scyes are cut ? 

How many measures are taken ? 

For what is this apron intended ? 

How many different kinds of stitch are used in the apron ? 

What sort of a seam is the under-arm seam ? 

How is the kind of darn to be used determined ? 

MATERIALS AND THEIR MANUFACTURE. 

SPOOLS. 

Up iii the Highlands of Scotland, there grew a tall, slender, graceful 
tree, with shining white bark and delicate feathery green leaves. The 
name of this tree was birch; and it belonged to a very large family, 
which is found in all parts of the world where it is never very warm 
and often very cold. In Greenland there is no other kind of tree than 



76 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



the birch. This tree, which grew in Scotland, was one day cut down; 
and when the bark had been taken off, it was placed where it would 

get perfectly dry. It was 
then put on a wagon, and 
taken to a factory, where 
there was what is called a 
blocking machine. 

A blocking machine is 
one which saws wood into 
blocks of any size that may 
be desired. When the wood 
of the birch tree had been 
cut, the blocks were put on 
a machine called a self-act- 
ing lathe, and in an instant 
they came out beautifully 
finished spools, all ready for the thread which later on was wound 
upon them. 

Sometimes spools are made from the wood of ash-trees; but the lar- 
gest number and the best are made of the birch, which is one of the 
most useful of trees. Its bark and leaves are used for medicine, and 
also for making yellow dye ; the bark is made into drinking-cups, shoes, 
hats, and small boats called canoes ; and there is also a fine oil made 
from it. The wood, because it gives forth a fresh, sweet fragrance 
when burnt, is used for smoking different kinds of meat and fish. 




Catkins and Leauea of Birch-Tree. 



THREAD AND THE MANUFACTURE OF COTTON. 

Did you ever think through how many hands the cotton must pass 
before it can become a nice, strong, smooth thread, several hundred 
yards long, and wound evenly upon a spool? 

In the beginning, when the brown pods burst open, the cotton is as 
white as newly fallen snow; but by the time it has been picked, and has 



FOURTH GRADE WORK. 



77 



passed through the cotton-gin, and been prepared for shipment, it has 
gathered much grit and dirt, which must all he taken out. 

After it has been thoroughly cleaned, it is placed upon feeding- 
tables, and from these tables it passes to big revolving rollers. These 
rollers are called cylinders, and are studded with strong teeth. As the 
cotton flies over them it looks like a great 

flock of white-winged birds ; but it comes ,,. 

out from them in big sheets. It then 
passes over another series of cylinders, 
with small, sharp teeth, which make it 
into a fine white fleece just as thick in 
one place as in another. 

As it comes from these cylinders, the v 
pretty fleece is caught in a tube, and 
rounded into a coil so light and fragile 
that the least touch breaks it. And do 
you know, that if in any way the coil is 
broken, the machinery is so adjusted that 
it stops at once, and will not move again 
until it is perfectly joined. 

When the cotton has been made into 
a little coil, it is put through the drawing-frame, where it is drawn out 
and doubled until all the fibers lie side by side. After this it is slightly 
twisted, and then wound on bobbins. 

The thread T am telling you about was made in one of the largest 
factories in the world ; and how many acres do you think it occupied ? 
Between fifty and sixty acres. It is a pretty sight to see the white 
bobbins lying in long rows in the big building in which they are wound, 
ready for what is known as the spinning-mule. The spinning-mule is 
a machine mounted on a carriage that moves backwards and forwards ; 
and the yarn is swiftly transferred from the fixed bobbins, and is twisted 
as it is wound onto the moving spindles. In this way several hundred 




A Cotton 



78 SCIENTIFIC SEWING AND GARMENT CUTTING. 



threads are twisted at the same time. Some of them are twisted for 
four and some lor six cord thread. Some are fine and others coarse ; 
but each number and kind of thread is made separately, although in the 
same factory. 

When the thread is twisted as much as is necessary, and is ready to 
be finished, it is passed from the bobbins over a small peg of glass which 
acts as a guide, leading the swiftly flying thread to a little slit in an 
upright bar of steel called a cleaner. This cleaner detects a knot or 
unevenness of any kind, and at once stops the swiftly moving thread. 
In this way the thread is rendered absolutely without a flaw of any kind. 

When the thread has passed through the cleaner, it is taken so rap- 
idly through a flame of gas that it is not scorched, but all the little fibers 
on it are burned off. If you wish to see how it is done, take a piece of 
darning-cotton, and pass it very quickly through the flame of a lamp, 
and you will find that all the little fibers are burned away, but the cord 
is not injured. 

When the thread has been passed through the flame, it is wound by 
a machine that fills a spool almost before you can see it. The spools 
are then labeled with a little round bit of paper on each end, on which 
is printed the kind of thread, where it is made, and the number. The 
spools are then packed in boxes, and are ready for the market. 

Cotton which is to be used for making cloth is cleaned just as it is 
when it is to be made into thread. Before it is shipped to the factories, it 
is sent to great presses, where it is packed so tightly that it is almost as 
hard as a piece of wood. To clean it, and make it light and soft, the 
cotton is put six and sometimes seven times through a blower, inside of 
which is a beater of steel which turns many times in a second. Below 
it is a fan which revolves very fast, blowing out the dust, seeds, and 
sticks, and at last leaving it as light and white as sea foam. 

There are two ways of spinning cotton, — one with the spinning-mule 
already described, and the other on the throttle or spinning-frame. 



FOURTH GRADE WORK. 79 

If you will take a piece of cotton cloth of the ordinary kind, such 
as calico or muslin, you will see that the threads go under and over each 
other just as they do in the first darn. The length-thread, which is the 
warp, is usually throttle spun ; and the weft, which is the thread that 
goes from selvage to selvage, is spun on the mule frames. The warp 
threads are fixed on the looms ; and in common cloth the weft is put 
under and over them hy means of shuttles, which fly back and forth so 
rapidly that the eye can scarcely follow them. 

The raising of cotton and its manufacture form two of the chief 
industries of the United States. Five-sevenths of all the cotton used 
in the world is raised in the Southern States ; and a great deal of it is 
made into cloth and thread in the great factories of this country. 



80 SCIENTIFIC SEWING AND GARMENT CUTTING. 



CHAPTER VI. 

WORK OF THE FIFTH GRADE. 

There are four models in this grade, two of which are garments. 
The latter should be drafted, cut, and finished without assistance from 
the teacher, who simply directs what is to be done, as the pupil should 
now be capable of working from clearly defined, explicit directions. In 
cutting garments, let it be borne in mind that the right-hand side is in 
every instance the back part of the garment. 

THE FIRST MODEL. 

The first model of this grade is a square of rather coarse linen, meas- 
uring six inches on each side, which is for practice in finer hemstitching 
than has been done before, and the first work in linen marking. 

Three-quarters of an inch from the edge on each of the four sides 
of this square of linen draw three threads. Along the length of the 
model, after creasing down an eighth of an inch, turn a hem that just 
reaches the line of drawn threads. When these hems are basted, turn 
and baste the width hems in the same way. The two lengths, and after 
that the two width sides, are turned so that the four corners may be 
uniform, each one being square. 

Let this edge be hemstitched by taking up three threads at each 
stitch. This being done, have each pupil write or print her name in 
pencil in the left-hand lower corner as a guide for the marking ; stitch 
this name in white marking-cotton. Then go over it in overhand back- 
stitch in red marking-cotton, picking up each white backstitch, and the 
model is finished. 



WORK OF THE FIFTH GRADE. 81 

QUESTIONS AND ANSWERS. 

What is the first model of the fifth grade ? Ans. A piece of linen six 
inches square to be hemstitched and marked. 

How is it prepared for hemstitching? Ans. Three threads are drawn 
three-quarters of an inch from each edge of the model. 

How is the hem turned ? Ans. It is first turned in an eighth of an 
inch along the length edges, and the hem is turned to meet the line of drawn 
threads. The width edges are then turned in the same way, so that a 
square is formed at each corner. 

Why are the two length edges turned and then the width edges ? Ans. 
That the corners may be uniform. 

When the hemstitching is finished, how is the marking done ? A/is. 
The name is first written or printed with a pencil. 

What is the next step ? Ans. The name is then carefully outlined in 
backstitching with white marking-cotton. 

How is it finished ? Ans. Overhand the white backstitching with red 
marking-cotton, taking up each stitch of the backstitching. 

SECOND MODEL. 

The second model in this grade is a little fancy sewing apron, which 
may be made of white cambric, barred mull, nainsook, or any kind of 
light printed goods. There are three measures taken, — a waist measure, 
a measure from the waist line on the left side over the shoulder and 
across the back to the waist line on the right side, and the length of 
the dress skirt less two inches. 

For the skirt of the apron, take the length of the dress skirt less 
two inches, and cut it thirty inches wide. For the band at the waist. 
cut a strip lengthwise of the goods, one inch longer than the waist 
measure, and four and one-half inches wide. The one inch is added to 
the waist measure to allow for the lap. Cut the shoulder pieces also 
lengthwise of the goods, two and one-half inches wide, and as long as 
the measure. 



82 SCIENTIFIC SEWING AND GARMENT CUTTING. 

Cut the ruffles one inch wide for the shoulder pieces, allowing half 
as much more than the length for the fullness. After gathering these 
ruffles, and laying the gathers, baste them on either side of the shoulder 
pieces. Hem the ruffles on to the shoulder pieces ; turn and face with 
a three-quarter inch bias facing. Explain that bias facing is preferable, 
as a rule, to straight, because it is more elastic. 

Turn up the lower edge of the apron skirt in an inch-wide hem. 
Finish the back edges with a half-inch hem. Gather this skirt, and 
baste on to the waistband so that the two back edges are three inches 
from the ends of the band. 

Sew the shoulder pieces onto the waistband with the two edges com- 
ing close together in the center of the front. Work a buttonhole in 
the other two ends of the shoulder pieces, cross in the back, and but- 
ton an inch and a half each side of the center of the back onto the 
band. Finish the band with a button and buttonhole. 

PLAIN SEWING APRON. 

The lower part of this sewing apron is like the one already de- 
scribed. For the upper part, take a measure from the highest part 
of the shoulder to the waist, and another from one arm to the other across 
the fullest part of the chest. The first measure is used for length, and 
the other for width. Fold the goods to be used lengthwise, and cut 
an oblong piece according to the measures. Curve the upper part for 
the neck. Turn a quarter-inch hem along the sides, and face the neck 
curve with a bias piece of the goods. Gather the lower part one- 
quarter of an inch from the edge, and stroke carefully. Draw the 
gathering-thread until it measures five inches, and fasten. Place the 
center of the gathers on the center of the apron band, and baste. Stitch, 
add a piece of finishing-braid, and hem down on both sides. Make a 
buttonhole in the right side of the apron band, and place a button on 
the left side. The upper part of this little apron is held in place by 
safety pins at the shoulder. 



WORK OF THE FIFTH GRADE. 83 



QUESTIONS AND ANSWERS. 

What is the third model of the fourth grade ? Ans. A sewing apron. 

How many measures are taken for this apron ? Ans. Three — the waist 
measure, the length from the waist over the shoulder to the waist on the 
other side, and the length of the skirt of the dress less two inches. 

How is the skirt of this apron cut ? Ans. As long as the skirt measure, 
and thirty inches wide. 

How is the waistband cut ? Ans. Four and one-half inches wide, and 
one inch longer than the waist measure. 

Why one inch longer than the waist measure ? Ans. To allow for the 
lap. 

How are the shoulder pieces cut ? Ans. As long as the measure, and 
two and one-half inches wide. 

How are they finished ? Ans. With an inch-wide ruffle on each side, 
and around one end. 

How much longer than the bands are these ruffles cut ? Ans. One-third 
longer than the bands, with four inches added for the two ends, in which the 
buttonholes are placed. 

How is the skirt finished at the bottom and sides ? Ans. With a two- 
inch hem at the bottom, and a half-inch hem at the sides. 

How is the skirt put onto the band ? Ans. First fold the two ends of 
the band together and mark. Then gather the skirt, and when the gathers 
have been stroked, baste the skirt so that each side is three inches from the 
center of the band at the back. 

How are the shoulder pieces placed ? Ans. Put the two ends on in such 
a way that the edges meet in front, and hem them on the under side of the 
band. Cross in the back so that the piece from the left side of the front is 
buttoned on one and one-half inches from the right side of the back, and the 
other in the same way, one and one-half inches from the left side of the 
back. 

How is the apron finished ? Ans. With a button on the right side and 
a buttonhole on the left side of the belt. 



84 SCIENTIFIC SEWING AND GARMENT CUTTING. 



THIRD MODEL. 

More difficult than anything that has yet oeen cut and drafted are 
the drawers of this model. As in the apron, the first thing is to draft 
and cut a paper pattern. First take two measures, — a loose waist 
measure, and the length from the waist to the knee. 

Draw a parallelogram with half the waist measure, to which four 
inches have been added for the two horizontal lines, and the distance 
from the waist to the knee for the vertical lines. The four inches added 
to half the waist measure are for gathers. As the four lines of the par- 
allelogram are help lines, draw them dotted. Let the base line of this 
parallelogram be A, the left-hand vertical line B, the upper horizontal 
line C, and the right-hand vertical line D. In these drawers, as in all 
the garments of this system, the right-hand side is the back. 

Draw a dotted vertical line, E, through the center of the parallelo- 
gram. Draw a dotted horizontal line, F, one inch below half the dis- 
tance between A and C, extending it four inches on each side beyond 
lines B and D. Draw a dotted oblique line from the end of line F to 
A on either side, and within these a slightly curved cutting-line. Two 
inches below line A draw a straight drafting-line three-fourths of an inch 
longer than line A on each side, and connect with line A by an oblique 
line. This forms the hem at the bottom. 

From the end of line F, on the right-hand side, which is to be the 
back of the drawers, draw a straight dotted line, H, that extends two 
and one-half inches above line C. Draw a dotted line, I, four inches to 
the left, and connect line C. From the center of line I, draw an oblique 
cutting-line to the end of line F, and another connecting it with dotted 
line E, which divides the back from the front. 

For the front, extend line C one inch, and from this point to the 
end of line F draw an oblique line. From the end of line C to the ver- 
tical line E make the dotted line C a cutting-line. From line C, live 
inches down line E, cut an opening for a placket, if the drawers are to 



'WORK OF THE FIFTH GRADE. 



85 



be closed; if they are to be open in the center, this is not necessary. 
When this pattern has been drafted and cut by the pupil until she can 
do it with perfect ease, let the pattern be laid on the doubled goods, and 
the drawers cut. The material used for these drawers should be Lons- 
dale muslin of good quality. 

Take a piece of Lonsdale muslin six inches square, fold diagonally 
and cut, slightly curving the seam. Baste the seam one-half an inch 




Model of Drawers. 

from the edge, backstitch, trim one edge so that it can lie turned under, 
baste and fell. This is to teach the child how to sew and finish a bias 



The pupils are now ready to put the drawers together. First the 
curved seam that forms the lower part of the leg is basted a half-inch 
from the edge, is backstitched, trimmed and felled as the seam just 
finished was. In basting these seams, care should be taken to have the 



86 



SCIENTIFIC SEWING AND GARMENT CUTTING. 




Child's Drawers and Underwaist. 



WORK OF THE FIFTH GRADE. 87 

two fronts face each other, and the reason for this should be explained 
to the pupils. 

Turn and fell the hem at the bottom of the leg. Then join the 
center seam so that the two leg seams are exactly opposite each other. 
If desired, this seam may be joined three inches from the top in front, 
and from that point faced and left open. 

To finish the phicket, take a piece of muslin ten inches long and 
one and one-half inches wide. Seam this around the placket so that the 
seam is on the right side. Turn in the edges of this strip, and bring 
over and fell. The fullness where this strip is turned forms a sort of 
gusset. 

For the front band, add one and one-half inches to half the waist 
measure for the length, and cut it four and one-half inches wide. The 
back band is the same width, but is one and one-half inches shorter than 
half the waist measure. Both bands should be cut lengthwise of the 
goods. 

The gathering of the front and back should begin four inches from 
each side. When the gathering is done and the gathers are stroked, 
the bands should be basted on and felled, taking up a gather with each 
stitch ; then turned, basted, and felled in the same way. There should 
be a buttonhole in the two ends and the center of each band, making 
six in all. These drawers are to be buttoned onto an undenvaist. 

QUESTIONS AND ANSWERS. 

What is the third model of the fifth grade ? Ans. A pair of drawers. 

What is the first thing to be done ? Ans. Draft and cut a pattern. 

What is the first thing to be done in preparing to draft a pattern ? 
Ans. Take the measures. 

How many measures are taken for drawers ? Ans. Two — a loose waist 
measure, and the length from the waist to the knee. 

How is the pattern drafted from these measures ? Ans. First a paral- 
lelogram is drawn with half the waist measure, to which four inches is 



88 SCIENTIFIC SEWING AND GARMENT CUTTING. 

added for gathers, for the base horizontal lines, and the distance from the 
waist to the knee for the vertical lines. 

Is this whole parallelogram in cutting-lines? Ans. ISTo ; only the base 
line A and the right-hand vertical line D are cutting-lines, the lines B and 
C being help lines. 

What is the next line ? Ans. A dotted vertical line, E, through the 
center of the parallelogram. 

What is the next step ? Ans. Draw a dotted horizontal help line, F, 
one inch below half the distance between A and C, extend it four inches on 
each side beyond lines B and D. 

How is the drafting continued ? Ans. Draw a dotted oblique help line 
from the end of line F to A on either side, and within these a slightly curved 
cutting-line. 

How is the hem provided for ? Ans. Two inches below line A draw a 
straight drafting-line, three-fourths of an inch longer than the line on either 
side, and connect the two with an oblique line. 

Which side of the pattern is the back ? Ans. The right-hand side. 

How is the back drafted ? Ans. From the end of line F on the right- 
hand side, draw a vertical dotted help line H, extending two and one-half 
inches above line C, and from the end of this line draw a dotted help line, 
I, four inches to the left, and connect with line C. 

How are the next lines drawn that finish the back ? Ans. From the 
center of line I, draw an oblique cutting-line to the end of line F at the 
right, and another to the end of line E at the left. 

How is the front drafted ? Ans. Extend line C an inch, and from this 
point draw an oblique line to line F. 

What finishes the drafting of this pattern ? Ans. Makethe help line 
C from E to B a cutting-line, and cut down line E five inches for a placket. 

What sewing is done before the drawers are put together ? Ans. A 
diagonal seam through a six-inch square of muslin is cut, sewed, and felled. 

What is this for ? Ans. To show how a bias seam is sewed and felled. 

How are the drawers put together ? Ans. The curved seams that form 
the lower part of the leg are basted a half-inch from the edge, care being 
taken to have the two fronts come together. 



WORK OF THE FIFTH GRADE. 89 

Why should the two fronts come together ? Ans. Because otherwise both 
parts will be for one leg. 

How are these seams sewed ? Ans. They are first backstitched and then 
felled. 

What is the next thing to be done ? Ans. Turn the hems at the bottom. 

How is the center seam finished ? Ans. It is either basted, with the leg 
seams exactly opposite each other, backstitched and felled, or it is joined 
three inches in the front, and then faced and left open. 

When the center seam is closed, where are the plackets placed ? Ans. 
On each side ; and they are five inches long. 

How are the plackets finished ? Ans. Take a piece of muslin ten 
inches long and one and one-half inches wide, and seam this on around the 
plackets so that the seam is on the right side. Turn in the edge of this 
facing, bring it over on the seam, baste, and fell. 

What does this fullness where this facing is turned form ? Ans. A 
kind of gusset. 

How are the bands cut ? Ans. For the front band, take half the waist 
measure, and add one and one-half inches for the length, and make it four 
and one-half inches wide. The back band should be the same width, but 
one and one-half inches shorter than half the waist measure. 

If the drawers are not closed, how should the band be cut ? Ans. Four 
and one-half inches wide, and as long as the waist measure, with one inch 
added for the lap. 

How should the bands be placed ? Ans. The gathering should begin four 
inches from each side, and when the gathers have been stroked, fell on the 
bands, taking up a gather at each stitch, then turn, and fell in the same way. 

How are the buttonholes placed ? Ans. If the drawers are closed, and 
two bands are used, there is one buttonhole in the end of each band and 
one in the center, making six in all. 

If one band is used, how are the buttonholes placed ? Ans. There is 
one in the front, one at each side, and two behind, making five in all. 



90 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



FOURTH MODEL. 



The fourth and last model of this grade is a five-inch square of 
flannel in which is cut a right angle opening, the shape of a tear. First 

baste this piece of flannel onto 
^/\T> a piece of cardboard, then, with 

silk the exact color of the ma- 
terial, darn straight across in 
a very fine running stitch, tak- 
ing up the nap only, carefully 
drawing the thread just even 
with the cloth which is being 
mended. Continue this until 
the incision is perfectly closed. 
When this model is com- 
pleted, let the pupil review 
all the darning that has been 
taught, not on canvas, but on 
fabrics. The work should be prepared and completed without assistance 
from the teacher, and with the neatest precision, before the pupil is per- 
mitted to begin the work of the next grade. 




^^H/^^^^^^^' 



Fourth Model. Right-angled Tear. 



QUESTION'S ANT) ANSWERS. 

What is the last work in this grade ? Ans. A flannel darn and a re- 
view of all the darning. 

What is the flannel or tear darn ? Ans. It is a three-cornered opening 
representing a tear. 

How is it prepared for darning ? Ans. It is basted very carefully onto 
cardboard, in such a way that it lies perfectly smooth, with the edges 
together. 

How is the darning done ? Ans. With silk the exact shade of the 



WORK OF THE FIFTH GRADE. 91 



goods, and with stitches that take up the nap only, and are very close 
together. 

Do the stitches run both ways ? Ans. No; they only extend straight 
across the opening. 

How many kinds of darning have now been taught? Ans. Four 
kinds, — stocking darning, linen darning, the knitted dam, and the tear 
darn. 

QUESTIONS FOR REVIEW. 

What is the first work of the fifth grade ? 

Of what use is hemstitching ? 

For what is the marking taught in this grade used ? 

Explain how linen hemstitching is done. 

How is marking done ? 

What is the second model of the fifth grade ? 

How is it trimmed ? 

In cutting ruffles, how much fullness should be allowed ? 

Should facings, as a rule, be bias or straight ? 

How many measures are taken before beginning to draft drawers ? 

What are they ? 

What geometrical figure is first drawn in drafting a pattern for drawers ? 

Draft a pattern for drawers from measures given. 

What are help lines, and how are they drawn ? 

What are cutting lines, and how are they drawn ? 

Is the pattern laid on a single or double piece of the goods when cutting 
the drawers ? 

What is a fell ? 

In sewing up drawers, how can one be sure that the two parts will not 
be both for one side ? 

What is a placket ? 

How is a placket faced and finished ? 

What darn is taught in this grade ? 

In what way is this darn different from the stocking and the linen 
darns ? 



92 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How many darns have been taught ? 

What are they ? 

Why is it necessary to know different sorts of darns ? 

How must all darns be prepared ? 



MATERIALS AND THEIR MANUFACTURE. 

HO W SILK IS MADE. 

Silk is not only a very beautiful, but a very wonderful fiber, for it 
is made either by insects or worms. There are many insects that make 
themselves little houses out of silk spun from their bodies. The webs 
and nests of spiders are of silk. 

The silk fiber from which fabrics are made is spun by the mulberry 
silkworm, and beautiful cloth was first made from it by the Chinese, far- 
ther back than we have record of. They did not want anybody to know 
their art ; and they kept it such a secret that every one supposed that the 
cloth was made from some kind of a plant, like flax or cotton. At last a 
traveler, about the year 550 A.D., found out the secret, and brought away 
some eggs of the silkworm in a hollow bamboo cane. These eggs were 
hatched, and in this way silk culture became known to all the world. 

The famous writer and Greek philosopher, Aristotle, in speaking of 
the silkworm, says that it is "a great worm that has horns, and so 
differs from other worms." 1 This big worm, when it is full grown, first 
spins a web about itself of finest fiber, often four thousand yards in 
length. The worm moves as it spins, in such a way that the fiber is 
wound round and round as regularly as thread is wound onto a spool. 
In three days the house of silk is complete. Then the worm lies still 
until it becomes a moth, which is similar to a butterfly. This moth 
moistens the silk house, which is called a cocoon, and makes its way 

1 Ask the children if they think that Aristotle was correct in saying that other worms 
have not horns. 



WORK OF THE FIFTH GRADE. 



93 



out. Very soon after the moth leaves the cocoon it begins to lay- 
eggs, and in three or four days has laid from four hundred to seven 
hundred. 

The eggs of the silk-moth are carefully put into trays, and kept 
where the temperature does not vary, being neither too warm nor too 
cold ; and soon the little worms begin to hatch. A paper punctured full 
of small holes is laid over the trays, 
in order that the worms may crawl 
through these holes. In this way 
fragments of shell, which adhere to 
them and would kill them, are 
scraped off. 

As soon as the silkworms are 
freed from their shells, they begin to 
eat, and they do nothing else all day. 
Their food is mulberry leaves, and 
the worms hatched from an ounce of 
eggs will eat a ton of leaves in a 
month. The worms change their 
coats almost every week. At the 
end of a month they are full grown. 
They then creep up on branches pro- 
vided for them, and begin to spin silk houses for themselves, in which 
they become moths. Only a few of these moths are permitted to live, 
and eat their way out of the cocoon, for that injures the silk. Enough 
to lay eggs are left on the branches ; the others are removed and killed 
by baking the cocoons in an oven, exposing them to the hot rays of the 
sun, or shutting them up in a close room where charcoal is burning. 

It is a great deal of work to care for silkworms, and where labor is 
valuable they are not very profitable. Then, too, they require so much 
to eat that they can only be successfully cultivated where there are 
great plantations of mulberry- trees. 




Silkworm, Cocoon, and Moth 



94 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



THE MANUFACTURE OF SILK. 

The silk which the worm has spun is as fine as the web of a spider 
before it is unwound. The cocoons are assorted, and those of similar 
color are placed together. When this has been done, they are put into 
tepid water. If the water is too cold, the gum of the cocoon will not 
soften enough to permit the fiber to unwind well ; and if it is too warm, 
it will sink to the bottom. Girls who are experts stir the cocoons until 
they soften, and the end of the fiber is found. 




Silk Winding. 

A number of these delicate silk fibers are put together through an 
eyelet, and after being crossed and twisted are wound on a reel. When 
these threads are dried, they cling together, and form a compact fiber 
of raw silk. 

From the reels, this silk fiber is wound upon bobbins in such a waj T 
that the threads are all in diagonal lines. These bobbins are next 
placed on the spinning-frame and slightly twisted. Then these strands 
are cleansed, wound together upon a reel, and twisted into one thread. 



WORK OF THE FIFTH GRADE. 



95 



The thread is then reeled into big skeins; and as it is moist, it 
must be thoroughly dried, thus making it ready to be sold to manufac- 
turers by the pound. As these skeins are somewhat stiff, they are 
whirled about in hot soap and water to make them flexible. They are 
then dried, packed into linen bags, boiled in water, and again dried. 
The silk is now white and soft, and is ready to be sent away to be 




Reels and Skeins of Silk. 



colored, and woven into ribbons or some of the many different kinds of 
beautiful silk cloth. 

Spun silk is made of the waste silk and poor cocoons. It is not 
reeled, but is separated "by machinery into strands about a foot long. 
These are spun together as cotton is, and made into yarn called spun 
silk, which is by no means as durable as the other kinds of silk. 

There are over two hundred silk mills in this country ; but most of 
the silk used here is brought from China, as there are not many silk- 
worms raised in the United States. 



96 SCIENTIFIC SEWING AND GARMENT CUTTING. 



CHAPTER VII. 

SIXTH GRADE WORK 

The mechanical process of cutting garments by chart, which has 
been so long in use, seems, upon first examination, to be much more 
simple and teachable than the scientific method of this system. That 
it is not so has been abundantly proved by repeated and continued ex- 
periments with hundreds of children. Since the understanding of gen- 
eral laws makes all things plain, when the principal facts upon which 
this system is based are understood, the process is found to be as simple 
as it is reasonable. The system does indeed tax the understanding at 
every step, and it is the aim of its authors that it should do so. Any- 
thing less than this would defeat its chief object, which, as has been 
repeatedly affirmed, is to incite independent constructive thought. 

While the aim of the system is primarily educational, it has also, as 
a means to an immediate end, advantages which are easily demonstrated. 
The subtle philosopher Amiel, in his famous journal, declares that every 
human being is a unique example, and should be so considered, and that 
satisfactory results cannot be obtained in any other way. This certainly 
is true in fitting the human form. It is of course possible to strike a 
general average ; but when it comes to that nicety which distinguishes 
excellence, it can only be obtained by considering each individual as 
separate and exceptional. The scientific system of garment cutting 
makes this consideration of the individual one of its fundamental prin- 
ciples, as will be seen in the drafting of the waist of this grade. As a 
result, the work of fitting is almost entirely eliminated. In the school 
where this system has been successfully taught for the past six years, 
in more than one instance the graduating gown, which finishes the 



SIXTH GRADE WORK. 97 

course, has been completed without being fitted, and proved in every 
way perfectly satisfactory. 

Although the waist of this grade is a simple underwaist, yet as it 
is the foundation of all others, the drafting and cutting of it should be 
very thoroughly understood. The measures should be taken and the 
pattern drafted until it ca 
Question from the teacher. 



CHILD ' 8 UNDER WAIST. 

First there are eight measures to be taken as follows ; A bust and 
waist measure ; a front measure, which is taken from the hollow of the 
neck to the waist; a front width, which is one-fourth of the bust meas- 
ure ; a back length, which is taken from the neck to the waist ; a back 
width, from one arm to the other ; a side length, from under the arm to 
the waist; and a shoulder measure, from the neck to the point of the 
shoulder. If, as occasionally happens, the pupil is not equal to the 
mathematical calculations where it is necessary to divide parts of inches, 
each fraction of an inch in the measures may, for convenience, be made 
a whole one. This must be done by adding the part of an inch required 
to make the measures in even inches. This is not recommended, and 
should not be done when it can be avoided, as garments cut from pat- 
terns drafted in this way require much more fitting than when the exact 
measures are used. 

When the measures have been taken and tabulated, draw a paral- 
lelogram, with half the bust measure for the base line A, and the front 
length with two and one-half inches added for the vertical line B. 
Draw the second horizontal dotted help line C and the dotted vertical 
line D, which completes the parallelogram. The help lines are drawn 
dotted to distinguish them from the cutting-lines which later on form 
the outline of the pattern. 

Measure the side length from line A on the vertical lines B and D, 



98 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



and from these two points draw a dotted help line E. Measure the 
front length from line A on the vertical lines B and D, and draw a 
dotted help line F. Measure one-fourth of the bust measure on line 
A from the left-hand lower right angle of the parallelogram, and also 
on line C from the corresponding upper right angle, and draw a straight 
dotted help line G. 




Child 's Underwaist 



For the back, which is always the right-hand side, take half the back 
width, and measure it on the base line A from the lower left-hand right 
angle, and on C from the upper left-hand right angle of the parallelogram, 
and between these points draw a dotted help line H. From the angle 
of lines C and D down line D, measure one-half inch, point 1, and along 
C an inch and a half to point 2, and connect with a slightly curved 
cutting-line. From point 2, draw an oblique cutting-line to the inter- 



SIXTH GRADE WORK. 



section of lines II and F. Measure off the length of the shoulder on 
this line to point 3. From this point, draw a slightly curved line to 
the intersection of lines E and H, which forms the back arm scye. Add 
three-fourths of an inch to lines A and C at the right, and draw a 
dotted vertical help line I. Again add an inch to each of these lines, 
and draw a vertical cutting-line J. These additions of an inch and 
three-fourths to each side of the back are for the lap and the buttons; 
when the waist is finished, the two edges of the back should come 
exactly together at line D. 

Measure two and one-half inches down line B from the angle of lines 
B and C to point 4, and the same distance on line C to point 5, and con- 
nect with a curved line which forms the neck. From point 5, draw 
an oblique line to the intersection of lines F and H, and, from the 
neck, measure the shoulder length to point 6. From point 6 to the in- 
tersection of lines E and H, draw a curve for the front arm scye. 

A child's waist measure is often larger than the bust; when this is 
the case, add whatever the waist is in excess of the bust on both sides 
of line H below the arm scye. If the bust measure is more than the 
waist measure, lay off one-half of the difference on either side of line 
H along line A, slanting in the shape of a dart along line H from the 
intersection of lines E and H. 

As has already been said, this pattern should be drafted and cut 
Dy the pupil until it can be done with perfect facility. Then let the 
pattern of the front and back be laid on a double fold of the goods, and 
cut, allowing one-half an inch on the sides and shoulders for seams. 
Baste the shoulder and side seams along the line of the tracing, and 
after backstitching, trim one seam and fell. Face the neck and arm 
scyes with a bias piece one inch wide. Finish the bottom with a deep 
facing, and set buttons to correspond with the buttonholes in the bands 
of the drawers. To cut bias pieces for facing this waist or for any 
other purpose, begin at the corner, and fold back two inches. Fold 
over and over until a piece as long as the strips required is folded. 



100 SCIENTIFIC SEWING AND GARMENT CUTTING. 

Divide the strip thus folded into parts as wide as is desired, and cut 
through. In this way long strips may be cut at one stroke of the shears. 
The back is finished by turning down the right side one and one-half 
inches, and the left side one inch. The buttons on the left side should 
be set three-fourths of an inch from the edge, and the buttonholes one- 
fourth of an inch from the right side. This brings the waist together 
along line D. 

UNDERWAIST OF MANILLA PAPER. 

In order that the pupil may gain practice without waste of material, 
let the measures be taken and reduced to quarter inches, and a waist be 
drafted and cut of manilla paper. In drafting this paper waist, allow 
one-eighth of an inch for the side and the shoulder seams. When it has 
been drafted and cut, join the seams by backstitching. After making 
a few of these, the pupil will be able to handle materials with ease, and 
the waste which mistakes entail will be avoided. 

If the difference between the bust and waist is four inches, one dart 
as sufficient, and there is no slant at the back; if the difference is five 
inches, there should be one dart, and one inch slant at the back ; if the 
difference is seven inches, there should be two darts, and one inch slant 
at the back. 

QUESTIONS AND ANSWERS. 

What is the first work of the sixth grade ? Ans. Drafting, cutting, and 
making an underwaist. 

How many measures are taken for an underwaist ? A?is. There are 
eight measures taken for the underwaist. 

What are they, and in what order are they taken ? Ans. They are taken 
in the following order : The bust and waist measure ; the front length from 
the neck to the waist ; one-fourth of bust measure ; the back length from 
the neck to the waist ; the back width from one arm to the other ; the 
side length under the arm ; the length from the neck to the point of the 
shoulder. 

Can this pattern be cut without using parts or fractions of inches ? Ans. 



SIXTH GRADE WORK. 101 

Yes ; by making the measure a whole instead of a part of an inch. The part 
of an inch must always be added and not subtracted. 

Will a waist fit as well when the measures are made in even inches ? 
Ans. No ; it will require much more fitting. 

What is done with the measures as they are taken ? Ans. They are set 
down at the right on the drafting-paper in the order in which they are taken. 

After the measures are taken, what is the next thing to be done ? Ans. 
Draw a parallelogram with half the bust measure for the base line A, and 
the front length with two and one-half inches added for the vertical line B. 

What sort of lines are C and D of this parallelogram ? Ans. They are 
dotted help lines. 

Why are help lines drawn dotted ? A?is. To distinguish them from the 
cutting-lines that form the outline of the pattern. 

What is the next thing to be done ? Ans. Measure on lines B and D 
from line A the side length, and draw a dotted help line E. 

Which is the next measure used ? Ans. The front length is measured 
from line A on lines B and D, and the dotted help line F is drawn from one 
to the other. 

What is the next step in drafting this waist pattern ? Ans. Measure 
one-fourth of the bust measure on line A from the left-hand lower right 
angle and from the left-hand upper right angle on C, and draw a dotted help 
line from one to the other. 

Which side in this system is always the back ? Ans. The right-hand side. 

How is this pattern for the back drafted ? Ans. Take half the back 
width on lines A and C, measuring from the upper and lower right-hand 
angles, and from these points draw the dotted help line H, and from the 
angle of lines C and D measure one-half an inch down line D, point 1, and 
an inch and one-half along line C, point 2, and connect with a slightly curv- 
ing line for the back of the neck. 

How is the shoulder line obtained ? Ans. From point 2 to the inter- 
section of lines H and F draw an oblique line, and mark the shoulder meas- 
ure, point 3. 

How is the back arm scye obtained ? Ans. A slightly curved line is 
drawn from point 3 to the intersection of lines E and H. 



102 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How is the lap for the buttons and buttonholes at the back formed ? 
Ans. Add three-fourths of an inch to lines A and C at the right, and draw 
a vertical help line I ; again extend lines A and C one inch, and draw a ver- 
tical cutting-line J. 

How is the right side of the back of the waist finished ? Ans. By turn- 
ing in an inch and one-half and hemming. 

How is the left side of the back finished ? Ans. By turning in one inch 
and hemming. 

Where are the buttonholes cut ? Ans. In the left side, one-quarter of 
an inch from the edge. 

Where are the buttons set ? On the right side, three-fourths of an inch 
from the edge. 

How is the curve for the front part of the neck drafted ? Ans. Meas- 
ure two and one-half inches down line B from the angle of C and B, point 
4, and the same distance on line C to point 5, and connect with a curved 
line. 

How is the shoulder of the fronts drafted ? Ans. From point 5 draw 
an oblique line to the intersection of lines F and H, and from the neck lay 
off the shoulder measure to point 6. 

How is the front arm scye obtained ? Ans. From point 6 to the inter- 
sections of lines E and H, draw a curve. 

If the waist measure is larger than the bust measure, what change is 
made in the pattern ? Ans. Half the difference is added along line H, 
gradually slanting to the arm scye. 

If the bust measure is more than the waist how is the pattern changed ? 
Ans. One-half the difference between the waist and bust measures is laid 
off on line A from line H, these points being connected by slanting lines with 
the point of intersection of lines E and H. 

When the pattern has been drafted and cut, how should the waist be 
cut ? Ans. It should be laid on a double width of the goods and cut. 

How much should be allowed on the shoulder and side seams ? Ans. 
One-half inch on each. 

How should this waist be put together ? Ans. The side and the 
shoulder seams should be basted, backstitched, trimmed, and felled. 



SIXTH GRADE WORK. 103 

How should the neck and arm scyes be finished ? Ans. With bias 
facings, an inch wide. 

How should these facings and all bias pieces be cut ? Ans. Begin at 
the corner of a piece of cloth and fold back two inches, then fold over and 
over until a piece as long as the strip required is folded. Divide this strip 
into parts as wide as is required, and cut through. 

How is the bottom of the waist finished ? Ans. With a straight fa- 
cing, two inches wide. 

How is the back of this waist closed ? Ans. With button and button- 
holes. 

How are the buttons on the lower part of the waist set ? Ans. To 
correspond with the buttons in the band of the drawers. 



UNDERSKIRT WITH SHOULDER STRAPS OR WAIST. ' 

For this underskirt take the length one inch shorter than the dress- 
skirt, and to this add two inches for a hem. For a child of from three 
to five years of age, take two and one-half widths of cambric or Lons- 
dale muslin, and for a child of from five to twelve years, take three 
widths of either of these materials. 

Join the seams of the skirt in what is known as a French fell, by 
first sewing up with three running stitches and one backstitch ; then 
trim, and turn, backstitching the seam on the other side. 

Take the center of a width for the front, and, directly opposite, cut 
a placket five inches deep. Turn a half-inch hem on the right side, 
and a quarter-inch on the other; lap the right side over the left, and 
stitch at the bottom. 

For the band, cut a strip of goods six and one-half inches wide, and 
one-half an inch longer than the waist measure. This, when it is seamed 
on and doubled, makes a band three inches wide. Divide this band 
and also the skirt into four equal parts ; gather the two fronts on one 
thread, and each of the back divisions on a separate thread. Lay the 
gathers, and baste onto the band, bringing the center of the front of the 



104 SCIENTIFIC SEWING AND GARMENT CUTTING 

band and skirt together, and the side divisions of the skirt one-half an 
inch back of the side divisions of the band. Fell on, taking up a gather 
with each stitch, then turn and hem down in the same way. Close 
with buttons and buttonholes. 

Cut the shoulder straps three inches wide, double, and overhand 
them together. The two ends of these straps are felled onto the band 
together, and either side of the front on an inch slant. These straps 
are brought over the shoulders, and fastened to the band one inch from 
the center of the back on either side. 

When this skirt is made with the waist, the latter is not faced, but 
is divided like the band, and is turned in and felled onto the skirt, and 
then faced with a two-inch facing. 

The work of this grade is finished with eight lessons in practical 
darning. This work should be done without any assistance from the 
teacher, the pupil selecting the sort of darn suitable for the fabric to 
be mended, and also the wool or thread with which the work is to be 
done. Let nothing less than perfect work, independently done, be 
accepted. 

QUESTIONS AND ANSWERS. 

How long should an underskirt be cut ? Ans. One inch shorter than 
the dress skirt, with two inches added for a hem. 

How wide should it be ? Ans. For a child from three to five, two and 
one-half widths of Lonsdale muslin or cambric should be used, and for a 
girl from five to twelve years, three widths of these materials are required. 

How should this skirt be seamed up ? Ans. It should first be sewed 
up on the right side with three running stitches and one backstitch, and 
then trimmed, turned, and sewed onto the other, making a French seam. 

Where is the placket placed, and how is it finished ? Ans. Take the 
middle of a width for the front, and directly opposite cut a placket five 
inches deep, turn a half-inch hem on the right side, and a quarter-inch on 
the other, lap the right over the left, and stitch at the bottom. 

How is the band cut ? Ans. Take a strip lengthwise of the goods, six 



SIXTH GRADE WORK. 105 

and one-half inches wide, and one-half an inch longer than the waist meas- 
ure, and divide it into four parts. 

How is the skirt gathered ? Ans. First divide into four parts and notch. 
Gather the front half on one thread, and the two back parts, each on a sep- 
arate thread. 

How is the skirt put onto the band ? Ans. After the gathers are stroked, 
put the front notch in the skirt even with the corresponding notch in 
the band, and the side notches in the skirt one-half an inch back of those 
in the band, baste and fell, taking up one gather with each stitch. 

How is the buttonhole placed ? Ans. On the right side of the band 
near the end, so that it laps from right to left. 

How are the straps placed ? Ans. They are hemmed onto the inside of 
the band in front, with the edges together, so that they can be crossed on 
the chest, and are brought over the shoulders, and felled onto the band on 
each side one inch from the center. 

How are the shoulder bands cut and made ? Ans. They are lengths of 
cloth three inches wide, doubled, and overhanded together. 

When the skirt is a part of the underwaist, how is it finished ? Ans. 
The waist is not faced, and the skirt is put on in the same way as on a band, 
and the facing is then felled onto the skirt and waist. 

What finishes the work of the sixth grade ? Ans. Eight practice les- 
sons in the four kinds of darning that have been taught. 

If time permits, some of the garments which the pupil has learned to 
make may be made for the doll of the department before the work of 
this grade is closed. 

QUESTIONS FOR REVIEW. 

What is the first thing to do in drafting a waist pattern ? 
How many measures are taken ? 
What are they, and in what order are they taken ? 

When the measures are taken, what is the first thing to be done in draft- 
ing a waist ? 

Which of the measures are used in drawing this geometrical figure ? 
What are help lines, and how are they drawn ? 



106 SCIENTIFIC SEWING AND GARMENT CUTTING. 

When the pattern is finished, what lines bound it ? 

How many cutting-lines are there in this underwaist pattern ? 

Which side in all the patterns of this system is used for the back ? 

How is the front curve of the neck formed ? 

How is the back curve of the neck formed ? 

What change is made in the pattern when the waist is larger than the 
bust ? 

When the bust is larger than the waist, how is the pattern drafted ? 

Can this pattern be cut without using parts of inches ? 

How is this done ? 

Will the pattern fit well when only whole inches are used ? 

Take the measures, and draft a pattern. 

When the pattern is finished, how is the underwaist cut ? 

How is this waist put together ? 

How is it finished ? 

What measures are taken for a child's underskirt? 

How many widths are required for the underskirt of a child from three 
to five years of age ? 

How many widths are required for the underskirt of a girl of from five 
to twelve years of age ? 

How is an underskirt cut that has a band and shoulder straps ? 

When it is made with the underwaist, how is the underskirt finished ? 

How many kinds of darning are there, and what are they ? 

MATERIALS AND THEIR MANUFACTURE 

HOSIERY. 

Any fabric which is knitted comes under the head of hosiery. Un- 
til 1589 all knitting was done by hand. At that time William Lee, a 
clergyman born at Woodbridge, England, and a graduate of Cambridge 
University, invented a knitting machine. 

The peculiarity of knitting is that it is weaving with a single thread, 
and the machinery necessary to accomplish this is most ingenious and 
complex. 



SIXTH GRADE WORK. 107 

Iii 1758 Jedediah Strutt adapted the knitting machine to ribbed 
work, and this was the beginning of a great industry. Until 1816 all 
machine-knit garments were cut and made like others, with seams. In 
that year a machine was invented which wove garments and stockings 
without seams. 

One great center of hosiery manufacture is Nottingham, England. 
There are a large number of manufactories in our own country where 
very beautiful goods are made. Some idea of the importance of hosiery 
can be formed from the fact that over 5,000 different articles are made 
of knitted fabrics. 

Cheap hosiery is made on the circular stocking frame. The web is 
woven in the shape of a tube, and when it is long enough for a stocking 
it is cut off to form a foot and sewed up by machinery. A machine of 
this kind makes 1,000 stockings a day. 

FELT. 

Felt is a kind of cloth which is not formed of woven threads, but is 
beaten and pressed together. It is used mostly for hats, and is made 
of wool and the hair of the rabbit, hare, muskrat, and beaver. 

Only very fine hair and wool are used for felting, and they must be 
free from grease, and perfectly clean. After the material to be used is 
prepared, it is put into a blower with a fan inside which revolves two 
thousand times a minute. In this way the very fine hair is separated 
from that which is coarser. 

The fine hair or wool for felt hats is weighed, and then fed to a ma- 
chine which forms it in this way : first two rollers, one with wire teeth 
and the other with rows of bristles which revolve four thousand times 
a minute, catch it and send it flying around. As it comes from the 
feeder it drifts to a copper cone where it clings because the cone is full 
of holes, and it is over a pit where a fan works so that it draws the air 
from the outside and the fibers with it. Not a single fiber escapes, and 
when they are all gathered around, it is sprayed with boiling water 



108 SCIENTIFIC SEWING AND GARMENT CUTTING. 

which holds it together, so that it can be felted. The felting is a 
shrinking, pressing process, and when the fabric thus formed is finished 
and dried it is firm and strong. 

When a stiff felt hat is to be made, it is treated to a bath of shellac. 
Then it is softened and drawn over a wooden block. It is then dipped 
in the dyeing material. After this it is carefully shaped, and the band 
and binding are added. 

Felt cloth is manufactured in much the same way as felt for hats, 

only it is made of wool, and is not formed on a cone, but is pressed in 

flat lengths. 

PRINTED FABRICS. 

It was in India that the printing of fabrics _n various patterns and 
colors originated. The first printing of fabrics in Europe was near 
London in 1676. 

The processes of printing cloth are very complex, but so perfectly is 
the machinery for this purpose adjusted that beautiful work is done with 
great rapidity. At Manchester, England, twenty-five yards of calico are 
printed in one minute. 

There are two kinds of fabric printing, — block printing and machine 
printing. In block printing the pattern to be printed is cut on a block 
of sycamore wood as for wood engraving, the parts to make the impres- 
sion being left prominent, and the rest cut away. An ingenious inven- 
tion makes it possible to apply several colors at once by means of one block. 

The printing which is now almost universally used is by means of 
cylinders covered with engraved copper. Each cylinder prints a single 
shade or color. There is a color box in the center of this machine, and 
by means of screws and other fine mechanical adjustments the pitch of 
each roller is so arranged that its particular color falls on the proper 
place with the most minute exactness. Although the machinery for 
doing this work is intricate and costly, and everything connected with 
it must be very carefully considered, the process is not expensive. If 
it were, calico and other printed cloth would not be as cheap as they are. 



SEVENTH GRADE WORK. 109 



CHAPTER VIII. 

SEVENTH GRADE WORK 

Any kind of work which is so perfectly planned and executed that 
there is nothing left to be suggested or desired has reached the dignity 
of an art, and is a source of much pleasure to the worker. Even the 
setting of a patch, when properly done, is a pleasant task, and when 
completed is far from unsightly. 

Let the teacher in doing the first work of this grade, which is the 
gingham patch, call the attention of the pupils to the ease with which 
the nicest work is done when it is properly planned and each step is 
carefully executed. 

THE GINGHAM PATCH. 

The material for this model is a piece of domestic gingham six and 
one-fourth inches wide and thirteen and one-fourth inches long, figured 
in quarter-inch checks. From the upper left-hand corner of this ging- 
ham model, cut out a piece two and one-half inches long and one and 
one-half inches wide. Turn in the edges of this opening one-fourth of 
an inch, taking care to follow a single thread of the fabric. This makes 
an opening two and three-quarter inches in length and one and three- 
quarter inches in width. 

Cut a gingham patch three and one-*fourth inches in length and two 
and one-fourth inches in width. Crease down one side and one end of 
this patch one-half inch, and place it under the corner which lias been 
cut out of the ginghan model, in such a way that the edges, when 
turned in, face each other, and the little squares match to the nicety 
of a thread. When this has been done, turn back the patch and over- 



110 



SCIENTIFIC SEWING- AND GARMENT CUTTING. 



hand it to the model, holding it so that the squares of the model are 
carried out to a thread in the squares of the patch. Cut the corners of 
that part of the model which is turned in obliquely, trim the seam, and 
fell the edge of the patch down onto the model with the linen hem. 

On the opposite end of the model, measure two inches from each 
edge, and cut out a piece one and one-half inches wide and two and one- 
quarter inches long. See that the patch just finished is in the right- 
hand upper corner, that it may be right side out, and turn in the three 
edges as for the first patch. Cut a patch three and three-quarter 
inches long and two and one-quarter inches wide, and turn in one-half 



6x4 




















7x8 








6x6 






6X6 




6x4 




















\ 













The Gingham Patches. 

inch on three sides. Place so that the edges of the model and of the 
patch, which have been turned in, shall face, and the checks exactly 
match. Turn back the patch, overhand the four sides ; cut the corners 
of the model, where it is turned in, obliquely, and fell the patch onto 
the model with the linen hem. 

For the next patch, cut out a piece from the model two and one- 
half inches from the end and two inches from the side, two and three- 
eighth inches long and two inches wide. After turning in the four 
sides of this opening, cut a patch one-half an inch larger on each side 
than the opening, place the patch, after turning in the edges, so that 
they face and the squares match to a thread, and proceed as in other 
patches. 



SEVENTH GRADE 'WORK. 



Ill 



When this patch is finished, cut another opening of the same size 
and form in the opposite end of the model, letting the pupil measure! 
the patch and the work without assistance. Nothing imperfect should 
be permitted to pass. Work that is not correctly done should he at 
once ripped and rectified. 

For the next patch, an opening is cut in the center of the model 
two and three-eighth inches long and three and one-fourth inches wide. 
The patch for this is cut one-half an inch larger on each side than 
the opening, after it has been turned in one-fourth of an inch on each 




Scheme of Gingham Patches. 



of the four sides. The patch is turned in one-half inch on each side, 
care being taken to turn this as well as all edges, by a thread. Where 
the edges of the patch and of the opening have been turned in and 
the patch placed, it is overhanded in on the right side, while on the 
underside it is simply overcast, as it represents a patch where there is a 
lining. 

The last patch of this model is one that is placed diagonally on the 
corner. First measure an inch and a half each way from the corner op- 
posite the first patch, and cut diagonally. Cut a patch like this corner 
with a half-inch added along the diagonal side. Turn in the diagonal 



112 SCIENTIFIC SEWING AND GARMENT CUTTING. 

edges of the model and the patch, and overhand together; trim the 
edge of the model that is turned in, and fell the patch with the linen 
hem. First hem the long sides with an eighth-inch hem, then turn the 
ends and hem in the same way. The reason for hemming first the 
sides and then the ends is that the corners may be even and square. 

QUESTIONS AND ANSWERS. 

What is the first model of the seventh grade ? Ans. A piece of domes- 
tic gingham figured in quarter-inch checks, six and one-fourth inches wide, 
and thirteen and one-quarter inches long. 

How many patches are there in this model ? Ans. Six patches. 

What is the first thing to be done ? Ans. From the upper left-hand 
corner of the model, a piece is cut two and one-half inches long and one and 
one-half inches wide, and the three edges of this opening are turned in one- 
fourth of an inch. 

How large is the patch for this opening? Ans. It is three and one- 
quarter inches in length and two and one-fourth inches in width, and is 
creased down on two sides so that it fits the opening in the model. 

How is this patch placed ? Ans. It is so placed that the squares of the 
gingham match to a thread. 

How should the edges of both patch and model be turned ? Ans. Along 
the line of a thread. 

When the patch has been placed, how should it be sewed ? Ans. It 
should first be overhanded, then the corners of that part of the model which 
is turned in are cut obliquely, the edge trimmed, and the patch felled down 
with the linen hem. 

Where is the next patch placed ? Ans. In the opposite end of the model ; 
measure two inches from each edge, and cut out a piece one and one-half 
inches wide and two and one-quarter inches long. 

How should the edge of this opening be turned ? Ans. First see that 
the patch already placed is in the right-hand upper corner, that it may be 
right side out, and turn in the edge one-fourth of an inch along the line of 
a thread. 

What size is the patch for this opening ? Ans. It is three and three- 



SEVENTH GRADE WORK. 113 

quarter inches long and two and one-quarter inches wide, and is turned in a 
half inch on three sides. 

How is this patch placed ? Ans. It is so placed that the squares exactly 
match, and the edges of the patch and the model are then overhanded 
together. 

How is this patch finished ? Ans. The corners of that part of the model 
which is turned in are cut obliquely, the edge is trimmed, and the part of 
the patch which was creased is felled down over the model with the linen hem. 

What is the third patch in this model ? Ans. The four-sided patch. 

Where is the four-sided patch placed ? Ans. Two and one-half inches 
from the lower edge of the model, and two inches from the side edge. 

How large a space is cut ? Ans. A piece two and three-eighth inches 
long and two inches wide. 

How large is the patch ? Ans. After the edges of the opening have 
been turned in, the patch should be one-half inch larger on each side than 
the opening. 

How is this patch placed ? Ans. So that the squares match-to a thread, 
and it is then overhanded and felled like the other patches. 

What is the next patch ? Ans. Another like this in the other end of the 
model. 

What is the next work of this model ? Ans. Cut an opening in the 
center of the model two and three-eighth inches long and three and one- 
fourth inches wide, and crease down one-fourth inch on the edges. 

How long is the patch for this ? Ans. One-half inch larger than the 
opening after the edges are turned. 

How is this patch placed? Ans. After creasing the edge of the patch 
along a thread, overhand it onto the model as before. Overcast the under 
edge instead of felling it, as this represents a patch where there is a lining. 

What is the last patch of this model ? Ans. A diagonal patch on the 
corner. 

How is this patch placed ? A?is. Measure an inch and a half each way 
from the corner opposite the first patch, and cut off diagonally. Cut a patch 
like this corner with half an inch added along the diagonal side : match t lie 
squares perfectly; overhand and fell as in the other patches. 



114 SCIENTIFIC SEWING AND GARMENT CUTTING. 




SEVENTH GRADE WORK. 



115 



CHILD'S DRESS. 



The next work of this grade is the making of a dress for a child 
from three to five years of age, or for the big doll, if there is one be- 
longing to the department. The measures for the waist of this little 
gown are taken as for the underwaist, and the pattern is drafted and 
cut in the same way. 

For the sleeve, the following measures are taken : The length of the 
arm over the elbow from the shoulder to the wrist ; the length from the 
elbow to the wrist; the length of the inside 
arm ; the length of the inside forearm from the R7 

elbow to the wrist ; for the width take the size 
of the arm above the elbow, and add four inches. 
When these measures have been taken and tab- 
ulated, draw a dotted help line parallelogram, 
using the outside arm length and half the width 
for the two sides. Measure the length from the 
wrist to the elbow on line D, and put a point 1. 
Measure three inches on line A to the left from 
line D. Draw a curved line from this point 2 
to the angle of lines C and D, which gives the 
outside curve of the sleeve. 

For the wrist slant, measure one inch up on 
line B from the angle of lines B and A, and 
one inch to the left, point 3, and draw an ob- 
lique cutting line from point 2. From point 
8, measure the length of the inner arm along 
line 1), point 5. Measure from point 3 along 
line B the length of the inside forearm, and 
one inch to the right, point 4. Connect points 3, 
curved cutting line. 

From the angle of lines C and- D, measure two inches on line C, 




Sleeve Lining. 



4, and 5 with a 



116 SCIENTIFIC SEWING AND GARMENT CUTTING. 

point 6, and one inch from this, point 7. Draw a curving line from the 
angle of lines C and D to point 5 including point 7. 

From point 1 on line D measure two inches to the left, and from 
point 2 at the wrist one inch to the left ; connect the two by a curving 
line with point 6. From point 6 to point 5 draw a concave line, and 
the draft of the sleeve is complete. The under part which is drafted 
within the upper part can be outlined with a tracer and then cut. This 
is, of course, only a plain sleeve lining, but with this as a basis any sort 
of sleeve desired may be cut. 

The skirt of this small frock may be made any length desired, allow- 
ing sufficient extra length for a five-inch hem. Three widths of goods 
twenty-seven inches wide are required for the little skirt. This skirt is 
made with a five-inch placket like the underskirt, but is unlike it in 
that it is seamed up without being turned to make a French fell. 

The waist is made like the underwaist, but the seams are overcast 
instead of felled. The sleeve is basted in so that the under-arm seam 
is an inch and one-half to the front of the side seam of the waist, and it 
is then sewed in with a backstitch. The skirt should be divided into 
four parts, putting two inches more into each of the two back divisions 
than into the front, and when it is gathered, and the gathers stroked, 
join it to the waist in the same way as the underskirt, finishing the seam 
with a narrow instead of a wide facing. A little ruffle of the material, 
or of embroidery, or lace, makes a suitable finish for the neck and 
sleeves. 

QUESTIONS AND ANSWERS. 

What is the first thing to be done in making a child's dress ? Ans. To 
take the measures and draft the waist. 

How is this done ? Ans. The same as with the underwaist. 

How many measures are taken for the sleeve ? Ans. Five. 

What are they ? Ans. The length from the shoulder to the wrist over 
the elbow ; the length from the shoulder to the elbow ; the inside length of 
the arm ; the inside forearm ; and the width. 



SEVENTH GRADE WORK. 117 

"What is the first thing to be done in drafting a sleeve? Ans. Draw a 
dotted help line parallelogram with half the width for the short base line 
A, and the outside arm length for the long perpendicular lines B and D. 

How is the outside cutting line of the sleeve found ? Ans. Measure 
the length from the wrist to the elbow on line D, and put point 1 an inch to 
the left; measure four inches on line A to the left from line D, point 2, and 
draw a curved cutting line connecting it with point 1 and the angle of lines 
C and D. 

How is the wrist slant obtained ? Ans. One inch on line B from the 
angle of A and B and one inch to the left, fix point 3, and from it draw an 
oblique cutting line to point 2. 

How is the under-arm seam found ? Ans. From point 3 measure the 
length of the inner arm, point 5, and from point 3 the length of the forearm 
on line B and one inch to the right, point 4, and connect points 3, 4, and 5 
with an incurving cutting line. 

How is the curved upper part of the sleeve drafted ? Ans. From the 
angles of lines C and D, measure two inches on line C, point 6, and one inch 
up from this, point 7, and connect the angle of lines C and D with points 7 
and 5 by a curving line. 

How is the under part of the sleeve drafted ? Ans. From point 1 on 
line D measure two inches to the left, and from point 2 at the wrist one inch 
to the left, and connect with point 6 by a curved cutting line. 

How is the under part of the sleeve cut? Ans. It is traced with a, 
tracer, and then drawn and cut. 

How is the waist put together ? Ans. Like the underwaist except that 
the seams are not felled. 

How is the skirt cut ? Ans. Three lengths of ordinary width goods as 
long as is required, with five inches added for a hem. 

How is the skirt divided ? Ans. Into four parts, with two inches more 
in each of the two back divisions than in front. 

How is it finished ? Ans. It is gathered, and sewed to the waist like the 
underskirt, but it is finished on the wrong side with a narrow facing. 

How is the sleeve put in ? Ans. The under-arm seam of the sleeve is 
put an inch and a half toward the front from the side seam of the waist. 



118 SCIENTIFIC SEWING AND GARMENT CUTTING. 



BOY'S BLOUSE WAIST AND KILT SEIBT. 

For a boy's blouse waist, take measures and draft as for a child's 
waist, adding four inches to the length, and an inch to half the front, and 
the same to half the back, at the bottom of the waist, making two inches 
added to the front for fullness. The additions to the waist for the full- 
ness can be made in cutting by laying the pattern on the doubled goods 
in such a way as to have a margin of an inch at the bottom beyond the 
pattern in the front and back. As the blouse is not opened in the back, 
but the front, the back should be cut on a doubled width of goods, and 
the inch and three-fourths allowed for the lap should be cut on each 
side of the front. 

This blouse is made like the child's dress waist, with the exception 
that the bottom is hemmed in a half-inch hem through which an elastic, 
one inch longer than the waist measure, is run. The added inch on the 
length of the elastic is for the fastening on either side at the ends. 

The underwaist for boys, on which the kilt skirt or trousers are 
buttoned, is the same as the child's underwaist. 

The sleeve of the blouse- is cut like the sleeve of the child's dress, 
with the exception that there is no wrist slant, and the fullness is gath- 
ered into a cuff or band. 

The kilted skirt is made of straight widths of cloth cut long enough 
to reach just below the knees, with four inches allowed for a hem. The. 
width is four times the waist measure. The placket is cut and hemmed 
as in the underskirt. When the skirt has been hemmed, and laid in two- 
inch plaits, it is felled to a band three inches wide and one inch longer 
than the waist measure. There are seven buttonholes in the band, — 
one in each end, two at each side, and one in front. 

QUESTIONS AND ANSWERS. 

How is a blouse waist drafted ? Ans. The same as a child's waist, with 
four inches added to the length, and two inches to the back, and the same 
to the front for fullness. 



SEVENTH GRADE WORK. 



Is the blouse waist closed in the hark or tire front? Ans. In the front. 

How is the lap provided for ? Ans. The provision for the front lap is 
the same as for the back. 

How is this done ? Ans. 15y adding an inch and three-quarters on 
each side. 

How is the waist finished at the bottom? Ans. A half-inch hem is 
turned, and when it is hemmed, an elastic, one inch longer than the waist 
measure, is run in, drawn up, and fastened on each side. 

How full is a kilt skirt cut ? Ans. Four times the waist measure. 

How long should it be ? Ans, A little below the knees, with four inches 
added for a hem. 

How is the placket cut ? Ans. Like the one in the underskirt. 

How wide should the kilts be? Ans. Usually two inches in width. 

How should the band be cut ? Ans. One inch longer than a loose waist 
measure, and three inches wide. 

AVhere should the buttonholes be cut ? Ans. One in the front, and two 
on each side, with one in each end of the band. 

KNEE TIM) USE ItS. 

The little trousers which finish the work of this grade are intended 
to be buttoned onto an underwaist. The measures required are a 
waist measure, the length of the leg from the w T aist to the knee, and 
the inside of the leg to the knee. 

A parallelogram with the outside leg measure for two sides, and half 
the waist measure for the other two, is drawn in dotted help lines. On 
lines B and D, measure the inside leg measure, and draw a help line E 
an inch and a half beyond these two lines. 

On lines A and C to the left from line D, measure one inch more 
than half the length of these lines, and between these points draw a 
cutting line, F. Connect A and E on both sides by an oblique line. 
Measure an inch and a half down from line A on both sides, and draw 
a line with half an inch slant for a hem. 

Measure up from the angle of lines D and C two and one-half inches, 



120 SCIENTIFIC SEWING AND GARMENT CUTTING. 




Boy's Suit. 



SEVENTH GRADE WORK. 



121 



and connect line E with this point by an oblique line. From the angle 
of B and C, draw to E a line curved in slightly. One inch and a half 
from line E on the left side place point 1. Measure up the curved line 




Knee Trousers. 



of the front two and one-half inches, and place point 2. Cut a fly 
three inches long, curved on one side to fit the front seam between 
points 1 and 2, an inch and one-half wide in the center, and nar- 
rowed to a point on either side. Face the left front between points 1 



122 SCIENTIFIC SEWING AND GARMENT CUTTING. 

and 2, and the seam on the right side of the fly between the same 
points, pressing the seam open, and stitching it down on either side. 

Use two pieces of strong cloth for pockets, ten inches wide and 
seven inches long. Face these pieces with goods like the trousers on 
one of the seven-inch sides, so that they face each other. Measure down 
at the side five and a half inches from the top of each front, notch each 
side, and turn back and face. Fell on this side of the pocket, meas- 
uring seven inches which is not faced, bringing the top of the pocket to 
the top of the trousers. Care should be taken that the pocket be so 
basted that the faced part shall be on the inside. When the upper part 
of the pocket has been felled to the front of the trousers, baste so that 
the faced part is a little back from the edge, and sew with a backstitch. 

Put a fly of material like the trousers, one and one-half inches wide, 
down five and one-half inches from the top on the sides of the backs. 
Sew the two fronts together and the two backs. Wet these seams with 
a sponge, and press until they are flat and perfectly dry. Work a stay 
at each edge of the front fly. Sew up the side seams as far as the 
pockets, and press in the same way. Baste so that the back and front 
seams come together, seam up, stitch, and press. Take a bias piece of 
black silesia three-quarters of an inch wide ; stitch this onto the bottom 
of the legs, and when the hem has been turned, hem the silesia so that the 
stitches cannot be seen on the right side. Moisten and press these hems. 

Turn in the top of the backs and the fronts, and fell on an inch and 
a half bias facing. Cut a double band an inch and a half wide. Put a 
buttonhole in the center of this band, and another half-way between 
the center and the sides of the trousers. Double in these bands, and 
stitch them onto the trousers at the top, with the edge of the band a lit- 
tle below the edge of the trousers. Fasten at the ends and between 
each buttonhole. Fasten the fly on the back of the trousers to the 
front, and work a stay where the two edges come together. Put a but- 
tonhole on each side of the front of the trousers, and a button on the 
back so that the two edges come together. 



SEVENTH GRADE WORK. 123 

To remove the shiny look caused by pressing, wet a cotton cloth, and, 
after wringing it quite dry, lay it over the shiny part, and go over it 
with a hot llatiron very lightly. Remove the cloth quickly, and brush. 
In doing this the iron should be kept in the hand, and not set down on 
the cloth. 

QUESTIONS AND ANSWERS. 

What are the measures taken for boys' knee trousers ? Ans. A waist 
measure, the length of the leg from the waist to the knee, and the inside of 
the leg to the knee. 

What is the first tiling to be done in drafting boys' trousers ? Ans. 
Draw a dotted help line parallelogram with the outside leg measure for two 
sides, and half the waist measure for the other two. 

What is the next step ? Ans. On lines B and D mark off the inside leg 
measure, and draw a help line E an inch and a half beyond these two lines. 

How is the line that divides the back from the front found ? Ans. On 
lines A and C to the left from line D, measure one inch more than half the 
length of these lines, and connect by the cutting line F. 

How is the lower part of the trousers leg formed ? Ans. On both sides 
connect A and E by an oblique cutting line. 

How is the hem provided for ? Ans. Measure an inch and a half down 
from line A on both sides, and draw a line with half an inch slant for a hem. 

How is the extra length in the back obtained ? Ans. From the angle 
of lines D and C measure up two and one-half inches, and connect this 
point with line E by an oblique cutting line. 

What is the next thing to be done ? Ans. From the angle of B and C, 
draw a line to E curving in slightly. 

Where is the opening for the front fly ? Ans. One and one-half inches 
from line E is point 1, measure up the curved line two and one-half inches, 
point 2, — between these points is the space for the fly. 

How is the fly cut and placed ? Ans. It is three inches long, and 
curved to fit the front seam on one side, and is circular on the other. 

Where is this placed ? Ans. It is seamed on the right side, pressed 
and stitched, and the left side is faced between points 1 and 2. 



124 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How are the pockets cut ? Ans. Ten inches wide and seven inches 
long. 

How are the pockets prepared ? Ans. They are faced on two sides with 
material like the trousers. 

How are they put in ? Ans. The sides which are not faced are felled 
to the fronts ; they are then brought together and sewed, the tops being 
basted to the top of the trousers, and afterwards sewed on with a band. 

How is the back part of the trousers opposite the pockets finished ? 
Ans. With a fly five and one-half inches long, and one and one-half inches 
wide. 

What is the next thing to be done ? Ans. Sew the two fronts together 
on either side of the fly, and after sewing the backs together and thoroughly 
pressing the seams, sew and press the side seams. 

What is the last seam sewed ? Ans. The inner leg seam, which should 
be sewed from the center with the two seams evenly opposite each other. 

How should the seams be pressed ? Ans. They should be wet with a 
sponge, and pressed until perfectly dry. 

How is the front fly finished ? Ans. A stay is worked at each side. 

How are the sides finished ? Ans. With a stay like the front fly where 
the seams begin. 

How is the bottom of each leg finished ? Ans. A bias strip of silesia 
three-fourths of an inch wide is stitched to the bottom, the hem is then 
turned, and the edge of the silesia turned and hemmed. 

How is the top finished ? Ans. Turn in the top of the back and front, 
and fell on a bias facing an inch and a half wide. Put a buttonhole a 
quarter of an inch from the edge, and a half-inch from the top in the front, 
and set buttons in the back so that the two edges come together. 

How are the trousers buttoned onto the underwaist ? Ans. Cut a band 
one inch shorter than the width of the fronts, and three inches wide, and an- 
other the same width one inch shorter than the width of the back. Double 
in the edges, and make one buttonhole in the center of each, and another in 
each side half-way between it and the edge of the trousers. Stitch this band 
on so that it does not show above the tops of the trousers, and fasten between 
each buttonhole. 



SEVENTH GRADE WORK. 125 

How are the trousers finished ? Ans. After the hems and the top have 
been thoroughly pressed, sponge by wetting a cloth, and, after wringing it 
quite dry, lay it on the seams on the right side, touch lightly with a heated 
flatiron, and brush quickly ; in this way the shine caused by the pressing is 
removed. 

QUESTIONS FOR REVIEW. 

What is the first model of the seventh grade ? 
How many patches are there in this model ? 

As a rule, how much larger is a patch than the opening to be mended ? 
Is it necessary that the figure of the goods be matched ? 
When the edges have been turned, how is the patch sewed into the 
opening ? 

What is the second work undertaken in this grade ? 

How many measures are taken for the sleeve ? 

When the measures have been taken, how is the sleeve pattern drafted ? 

How is the under part of the sleeve cut ? 

How is the skirt to the child's dress cut ? 

How is the sleeve basted into the waist ? 

How is the skirt divided before it is gathered ? 

How is the boy's blouse waist cut ? 

Is the boy's blouse closed in the front or back ? 

How full and how long is a boy's kilt skirt ? 

What are the measures taken for boys' trousers ? 

How is the pattern for boys' trousers drafted ? 

How is the fly for the front cut and placed ? 

How are the pockets cut ? 

How are the pockets put in ? 

How is the back part of the trousers opposite the pockets finished ? 

In what order are the seams of the trousers sewed ? 

How is the top of the trousers finished ? 

How are the bottoms finished ? 

How is pressing done ? 

After the trousers have been thoroughly pressed, how are they finished '.' 

How is sponging done ? 



126 SCIENTIFIC SEWING AND GARMENT CUTTING. 

MATERIALS AND THEIR MANUFACTURE. 

NEEDLES. 

Did you ever consider how much work it must be to make a needle ? 
Each one must be absolutely perfect or it would be utterly useless. 
And what a fine, delicate little instrument it is ; very different indeed 
from the first needles used by mankind, which were made of fish bones. 

In the first place, only the best steel wire can be used for needles ; 
and this wire comes to the needle factory in great coils, and is cut with 
big shears into lengths sufficient for two needles. When these have 
been straightened, several thousands of them are packed into strong- 
iron rings. These are heated red-hot, and then pressed onto an iron 
plate having two grooves in which the rings run. Constantly pressed 
by a slightly curved tool, back and forth they go until all the wires 
become perfectly even and straight. 

The next thing to be done is to point both ends of these wires on a 
dry grindstone that revolves very fast indeed. There is a sort of hood 
over this flying stone to keep the steel dust away from the person who 
does this work, and a strong current of air helps to draw it away. Still 
there is so much of the fine steel dust all about, that some of it is 
breathed into the lungs, and the result is that the workers soon become 
ill, and it is necessary to secure others to take their places, so that the 
making of needles costs many lives each year. There has been a 
machine invented to do this work which does the grinding very rapidly, 
but not quite as well as it is done by hand. 

When the needles have been ground, a groove is stamped in the 
center for the two eyes, for it must be remembered that each wire rep- 
resents two needles. Through these stamped heads, the eye for each 
needle is punctured. Now the wire has become two needles, held to- 
gether by a thin bit of steel. One hundred of these double needles are 



SEVENTH GRADE WORK. 127 

threaded onto two fine wires and clamped tightly together ; the needles 
are then broken apart so that the head of each one can be rounded off 
with a file. 

After the heads of the needles are rounded off, they are heated red- 
hot and plunged into an oil bath, and then once more heated. When 
they have cooled, they are put into bundles of several thousands each, 
are mixed with soft soap, oil, and emery powder, and tied up in can- 
vas covers. They are then put into a machine that rolls them backward 
and forward until they are well scoured. When they have been taken 
out of the covers and washed, they are put into others containing putty- 
powder instead of emery. After this polishing process, the needles are 
unpacked, washed in an alkaline solution, and dried in sawdust. They 
are then put into trays, and are made parallel by a jerking motion. After 
this they are brought into one direction by a " header," who has a thick 
cushion on his finger into which he presses a large number of needles. 

After the imperfect needles have been thrown out, the heads are 
blued by heating in a flame of gas. When this has been done, the 
needles are strung on a rough steel wire, over which is spread a fine 
paste of oil and emery, and are moved backward and forward until the 
eyes are perfectly smooth. After a final polishing on a rapidly revolv- 
ing buff-wheel, the needles are assorted, put into papers, and are then 
ready for use. 

EMERY. 

It would not be easy to tell from what part of the world come the 
fine, irregular, sharp crystals that make your needle so smooth when you 
run it through your emery bag. 

Perhaps this emery has been a great traveler, and come all the way 
from Cape Emerie, on the island of Naxos, in the iEgean Sea, where 
the best emery in the world is found, and from which it takes its name. 
It is more than likely to have come from this island, as there are many 
tons shipped from there to all parts of the world every }^ear. It may 



128 SCIENTIFIC SEWING AND GARMENT CUTTING. 

have come, however, from Sweden, Saxony, Spain, Greenland, or Mas- 
sachusetts ; for emery is found in all these places. Wherever it came 
from, it is a sort of sapphire, and was in the beginning bluish or brown- 
ish gray in color, although it is often artificially colored a rich reddish 
brown. 

Emery is first crushed with steel stamps ; then it is sifted. It is 
used in cutting marble and granite, also for polishing plate-glass, crystal, 
metals, and gems, as well as needles. 

PINS. 

Although such pins as we use now, for so many different purposes 
that it would be very difficult to enumerate them, are of a comparatively 
recent date, pins of some kind seem always to have been used. The 
first pins were thorns, and even at the present time the peasant women 
of Upper Egypt use these to fasten their dresses. 

The pins now in common use are made very rapidly and almost en- 
tirely by machinery. After the wire of which they are made has been 
wound on a reel, it is passed between straightening pins set in a table. 
When a pin has passed through these straightening pins, it is caught 
by lateral jaws, beyond which enough of the end projects to form a pin- 
head ; against this projecting portion a steel punch is thrown, which 
compresses the metal by a die arrangement into a head. The pin length 
is immediately cut off, and drops into a slit which lets the wire pass 
through, but retains the head so that the points are held against a file- 
cut revolving steel roller. The pins are carried along this roller by 
gravitation, until they fall out at the extremity, well-pointed pins. 

The pins are next cleaned by being boiled in weak beer, and are then 
arranged in a copper pan in layers alternating with layers -of grained tin. 
A sprinkle of argol and water enough to cover the pins is added, and 
the whole is boiled for several hours, after which they come out having a 
silvery appearance. 

After being washed, they are dried by revolving in a big vat with 



SEVENTH GRADE WORK. 129 

dry bran. The finished pins are stuck in papers by means of an auto- 
matic machine which also folds the papers. The pins are then ready for 
the market. 

Pins were a very different article during the reign of Henry VIII. 
from what they are at the present time. A law was enacted then that 
"No person shall put on sale any pins as shall not be doubled-headed 
and soldered fast to the shank, well smoothed, shaven, filled, canted, 
and sharpened." It was during the reign of Charles I. that a pin- 
makers' corporation was first founded in London. 



130 SCIENTIFIC SEWING AND GARMENT CUTTING. 




EIGHTH GRADE "WORK. 131 



CHAPTER IX. 

EIGHTH GRADE WORK 

The principal work of the last grade in this system of sewing and 
garment cutting is the drafting, cutting, and making of an infant's out- 
fit and of a dress for a young girl. The latter is usually the graduating 
dress of the pupil, and is of Victoria lawn or some other fine white 
goods. This gown is in every way perfectly simple, and involves only 
the basic principles of dressmaking. More than this would open a 
field quite beyond the scope of the present work, which, as has been 
stated, is, first of all, educational ; its chief purpose being to make the 
pupil so thoroughly mistress of her mind and hand that she is able to 
undertake with ease and with success any of the various branches of 
needlework, such as tailoring, dressmaking, fine sewing, or art work. 

Since one of the foundation principles of the system is exactness and 
thoroughness, it has not been deemed advisable to introduce fancy work 
of any sort, as it would be quite impossible to give adequate instruction 
in this or any other lines of advance needlework in a text-book of this 
kind. It is nevertheless true, that a pupil who has taken the entire 
course indicated in this book will have become so complete a mistress 
of the needle and of the fundamental principles governing its use, that 
the technicalities of any particular line can be easily and quickly mas- 
tered. More than this, as the pupil has learned, in each instance, to 
combine and to separate, it will be easy for her to differentiate results 
indefinitely. This is demonstrated in the miss's waist of this grade, 
which is simply the straight, curveless garment of a child, transformed 
by slight changes into one suited to a developed girl. 

While the graduating dress and the infant's outfit form the princi- 



132 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



pal work of this grade, the first work is the linen patch. This model 
is the finest and most difficult needlework in the course ; and when it 
can be executed with neatness the pupil is mistress of the needle, and 

can with care readily acquire the tech- 
nicalities of any special department of 
needlework. 




Pattern of Linen Patches. 



THE LINEN PATCH. 

For this model, take a piece of rather 
fine linen six and one-half inches wide 
and seventeen inches long. Three and 
one-fourth inches from each end draw 
two threads, and turn a hem for hem- 
stitching. 

Crease down one-fourth of an inch 
of the model on each side, and turn un- 
der one-eighth of an inch for the hem. 

When these two hems have been 
basted, measure an inch and a half from 
the edge of the long side and the same 
distance from the drawn threads at the 
end, mark off a square of three inches, 
draw a thread, and cut. After creasing 
down the edge of this opening one- 
fourth of an inch, fold in such a way 
as to bring the four corners of the space 
together, and crease. Then turn and fold 
in an opposite direction ; again bring 
In this way the center of each side of 



the corners together, and crease 
the space to be patched is obtained. 

The opening after it has been creased is three and one-half inches 
square. Cut a patch four and one-half inches square, fold, and crease 



EIGHTH GRADE WORK 



133 



through the center in both directions. Turn down the edge of the 
patch one-half an inch all around, place so that the creases in the patch 
and those in the opening come together, and overhand the patch into 
the opening. Turn on the wrong side, and cut the corners of the model 
diagonally ; trim these edges, then tarn the edge of the patch one- 
fourth of an inch, and fell onto the model with 
a linen hem. 

Set a second patch in the opposite end of 
the model in the same way. When this patch 
is finished, hemstitch the ends, and hem the 
sides with the linen hem. The reason the hem- 
ming is left until the last is, that should there 
be a mistake in the patches, the labor of hem- 
ming will not be lost. 

Take a piece of linen tape three and one- 
half inches long, and one-fourth of an inch 
wide, and baste in the center of the hem at the 
right hand end, one and one-half inches from 
the edge on each side. Turn one-fourth of an 
inch at each end, and backstitch one-quarter of 
an inch from the end, and after it has been 
turned in hem around the edge and end. This 
hemming with the backstitching forms a square 
at each end of the tape loop. At even dis- 
tances from the edge of the hem, mark a square 

with the point of the stiletto three-fourths of an inch on each side of 
the tape loop, and within this space have the pupil put the initials 
of her name. 

On the other end of the model, one and one-half inches from the 
edge and the center of the hem, make an eyelet with a stiletto, and 
work with a blanket stitch. Measure three inches to the right and 









Mil lis 




























1 O 1 C 


> 



Model of Linen Patches Finished. 



place a second eyelet, and put another half-way between the two. In 



134 SCIENTIFIC SEWING AND GARMENT CUTTING. 

the center of the hem, three-quarters of an inch from the first eyelet, 
put a loop of five threads, covered with buttonhole stitch, and the same 
distance from the second eyelet, put a second loop, which finishes the 
model. 

QUESTIONS AND ANSWERS. 

What is the first model of the eighth grade ? Ans. The linen patch, 
which is of fine linen six and one-half inches wide and seventeen inches 
long, into which two patches are set. 

What is the first work to be done ? Ans. Three and one-fourth inches 
from each end, draw two threads, and turn and baste a hem. Crease down 
on each side of the model one-fourth of an inch, and turn under one-eighth 
of an inch, and baste. 

Where is the first patch set? Ans. When the hems have been basted, 
measure an inch and a half from the edge of the long side, and the same 
distance from the drawn threads at the end, and after marking off with the 
point of a stiletto a square of three and one-half inches, draw threads and cut. 

What is the next step ? Ans. When the edges of this opening have 
been creased down on all sides one-fourth of an inch, fold, and crease in the 
center on both sides. 

How large is the opening after the edges have been turned in ? Ans. 
It is three and one-half inches square. 

How large a piece of linen is to patch this opening ? Ans. A piece four 
and one-half inches square. 

How much is the edge of the patch turned in ? Ans. One-half an inch 
on each side. 

How is this patch placed ? Ans. It is first creased through the center 
both ways, and the creases of the patch are placed even with the correspond- 
ing creases in the model, and the two are overhanded together. 

How is the patch finished ? Ans. The edges of the model which have 
been turned in are cut diagonally at the corners, then trimmed, and the 
edges of the patch turned in one-fourth of an inch, and felled to the model 
with the linen hem. 

How is the second patch placed ? Ans, In the opposite end of the 
model, in the same way. 



EIGHTH GRADE WORK. 135 

How are the edges finished ? Ans. The ends are hemstitched, and the 
sides hemmed with the linen hem. 

What is placed at the right-hand end of the model on the broad hem ? 
Ans. A loop and two initials. 

How is the loop cut and placed ? Ans. It is a piece of linen tape three 
and one-half inches long and one-fourth of an inch wide, put on in the cen- 
ter of the hem one-half an inch from the edge. It is turned in a quarter of 
an inch, backstitched a fourth of an inch from each end, and hemmed at the 
ends in such a way that with the backstitching it forms a square. 

How are the initials placed ? Ans. A square of three-fourths of an 
inch is drawn in the center of the hem on either side of the loop, with the 
point of the stiletto, and in each of these squares an initial is placed. 

What finishes the other end of the model ? Ans. Eyelets and loops. 

How are the eyelets placed ? Ans. One and one-half inches from the 
edge of the model in the center of the hem, make an eyelet with a stiletto, 
and work it with the blanket stitch ; measure three inches to the right, and 
make another eyelet, and place still another exactly half-way between these 
two. 

How are the loops placed ? Ans. In the center of the hem between the 
first and second, and between the second and third eyelets. 

INFANT'S OUTFIT. 

Up to this point the sewing has been clone by hand ; in making the 
infant's outfit, machine sewing is first introduced. While the class 
makes the entire outfit, the different pieces are made by individual pu- 
pils, as there is not sufficient time for each pupil to make the entire set. 
Each garment, however, should be so carefully explained to the class 
that no member of it need have any difficulty in making the whole 
wardrobe. 

The outfit consists of a flannel band, a shirt, a pinning blanket, a 
flannel skirt, a cambric skirt, a wrapper, a sack, and a dress. There is 
also a miniature bed, furnished with sheets which are hemstitched at the 
top, pillow slips, a blanket and quilt, all made to lit the little bed. 



136 



SCIENTIFIC SEWING AND GARMENT CUTTING. 




THE FLANNEL BAND. 

This band should be twenty-four inches long and nine inches wide. 
Turn down one inch on the two opposite sides and the same on the two 
ends. The hem should be turned in this way that the corners may be 

neat and also uniform. When the 
hem is turned and basted, catch- 
stitch it on the right side that the 
smooth surface may come next the 
body. 

THE SHIRT. 
The material of which this shirt 
is made is fine linen. The measures 
used are twenty-four inches for the 
bust measure ; eight inches for the 
front length, with two inches added 
for the neck ; six inches for the side 
length ; two and one-half inches for 
the shoulder. The shoulder is meas- 
ured from the point where the lines 
C and D intersect, and from this 
point draw a curved line to the inter- 
section of lines B and F. A slight 
curve is drawn along line D to one 
inch below F. This forms the armhole. To the right of line A, add 
one-half an inch, and from this point to a point a little below line F 
draw a slightly curved line for the under-arm seam. The pattern should 
be so placed that both the front and the shoulder are on a doubled fold 
of the goods. This is accomplished by doubling the goods across the 
width for the shoulders, and lengthwise for the front, making the goods 
of four thicknesses. Through the lace trimming about^the neck, a rib- 
bon is run, and this is drawn up and tied. 



Infant's Shirt. 



EIGHTH GRADE WORK. 



137 



THE PINNING BLANKET. 

Cut two thirty-six-inch lengths of flannel which is thirty-six inches 
wide, and seam the two together. Turn a two-inch hem on the two sides 
and across the bottom, and catch-stitch on the right side. The waist of 
this little open skirt, which is like the other waists of the system, with 
only this difference, that two 
inches are added to the front 
length instead of two and one- 
half, is drafted from the follow- 
ing measurements : Bust meas- 
ure twenty-four inches, waist 
measure twenty-four inches, 
front length six inches, side 
length four inches, shoulder two 
and one-half inches. In drafting 
this little waist, an extra help 
line is drawn one inch below 
line C to make a straight 
shoulder. As the front and 
back are very similar, they are 
not drafted separately. 

For the front, lay the pat- 
tern on the doubled goods, pin 
and cut, allowing one-half an 

unaerwaist. 

inch for seams at the sides and 

shoulders, and one and one-third inches for the hem, and closing at the 
right of the pattern. The back is cut in the same way, allowing one- 
half an inch for seams at the sides and shoulders, but leaving an opening. 
The armholes and neck are cut out a little more in the front than in the 
back. An inch is cut out around the neck, and it, together with the 
armholes, is finished with a half-inch bias binding of the goods: the side 




138 SCIENTIFIC SEWING AND GARMENT CUTTING. 



and shoulder seams are finished with a French fell. The pinning blan- 
ket is plaited to fit the twenty-four-inch waist measure of this under- 
waist, and is joined to it, the seam being finished with a piece of bias 
cambric. The buttonholes of this waist are two inches apart. 

THE FLANNEL SKIRT. 

Cut two lengths of thirty-six-inch flannel thirty-one inches long. 
Join both sides, and catch-stitch the seams. Turn a two-inch hem at 
the bottom, and catch-stitch. In the center of one width, cut a six-inch 
placket. Turn a hem on the right side of this placket one-half an inch, 
and on the left one-fourth of an inch wide, and catch-stitch. This hem 
is stayed on the right side by backstitching in the shape of a right angle, 
and on the wrong side a bar is worked. This skirt is plaited, and joined, 
as the pinning blanket is, to an underwaist, which is opened, not in the 
front, but in the back. With this exception it is like the one used with 
the pinning blanket. 

THE G AMEBIC SKIRT. 

This skirt is of two lengths of thirty-six-inch cambric thirty-four 
inches long. After these lengths are joined on both sides, a five-inch hem 
is turned and stitched, and the bottom is finished with lace or embroidery. 
If a ruffle is desired, one-half the width of the skirt should be allowed for 
fullness. The skirt is gathered, and of course the gathers are carefully 
stroked ; and it is then sewed to an underwaist, with a bias piece to fell 
over the seam. The placket is like that of the flannel skirt. 

THE WRAPPER. 

The same measures are used in drafting the wrapper which are used 
for the waist, except that the drawing is extended twenty-eight inches 
beyond the waist, and one and one-half times the width is added for the 
slant, which in this case is nine inches, as the width is six inches, and 



EIGHTH GRADE WORK. 



139 



the slant begins at the armhole, and extends to the bottom of the gar- 
ment. The bottom of the garment is curved from the center of the 
width to the side seams, from which two inches are taken, as the slant 




Infant's Wrapper. 

makes the seams longer than 
the rest of the garment. The 
pattern is placed on the doubled 
cloth, with one and three-fourths 
inches allowed for the front lap 
seams as in the waist. 




Bishop Sleeue. 



There is the same allowance for 
The material used is either flannel or cash- 
mere, and if the material is heavy the seams should be clipped. 

For the collar, cut a piece of the goods, five inches wide the size 
and shape of the neck. After shaping it, join the outer edges on the 



140 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



wrong side. When finished, this collar should be two and one-half 
inches wide. Pin the center of the collar to the center of the garment 
in the back, and sew on the upper side, felling the under side over the 
seam. 



The plain bishop sleeve is drafted like the dress sleeve, with three 
measures, — the outside arm nine inches, the width twelve inches, and 

the inside arm five and one-half 
inches. The band at the hand 
is six inches long, and two and 
one-half inches wide. In put- 
ting the sleeve in the armhole, 
the seam of the sleeve is placed 
one and one-half inches toward 
the front from the under-arm 
seam, and most of the fullness 
is gathered about the shoulder 
seam. The little wrapper is 
finished down the front with 
ties of baby ribbon, or it may 
be buttoned if preferred. 

THE SACK. 

The waist pattern, with one 
inch added to each of the side 
seams in excess of the allow- 
ance for seams, and one and 
one-half inches added to the length, with a slight curve below the line 
E, forms the sack. The collar and sleeves are like those used for the 
wrapper. A plain sleeve may be used if desired. This sack, which is 
of some soft woolen material, is either pinked or finished with an em- 
broidered scallop about the edge. 




Infant's Sack. 



EIGHTH GRADE WORK. 141 



THE DRESS. 

Whatever the style of the dress, it should measure one yard from the 
neck to the lower edge of the hem. If it is a dress with a waist, the 
skirt is similar to the cambric skirt, and the waist identical with the one 
already described. The bishop sleeve, like those in the wrapper, or a 
plain sleeve, may be used. If the dress is a yoke with full skirt, the 
yoke is simply the waist cut off so that the desired width is left, with 
the skirt cut about four inches longer, or whatever the difference is be- 
tween the width of the yoke and the entire waist. With the exception 
of the length of the skirt, the yoke dress is cut the same as one made 
with the waist. 

QUESTIONS AND ANSWERS. 

What constitutes a simple outfit for an infant? Ans. A flannel band, 
a pinning blanket, a flannel skirt, a cambric skirt, a wrapper, a sack, and a 
dress. There should also be a little bed with sheets, pillow cases, a blanket, 
and a quilt. 

What are the measures for the flannel band ? Ans. It is cut twenty- 
four inches long and nine inches wide. 

How is it finished? Arts. With an inch-wide hem, turned first along 
the sides, and then across the ends, and is catch-stitched on the right side. 

Why is the hem turned this way? Ans. The two sides and then the 
two ends are turned that the corners may be neat and uniform, and the hem 
is turned on the outside that the smooth side may come next the body. 

Of what material is the skirt ? Ans. Fine linen. 

How many measures are used, and what are they ? Ans. Four, — a 
bust, a front, a side, and a shoulder measure. 

How is the pattern for the shirt laid on the goods ? Ans. So that the 
shoulders and also the front are on a doubled fold of the goods. 

How is it drawn up about the neck ? Ans. With a ribbon run through 
the lace trimming. 

What is a pinning blanket? Ans. It is an open flannel skirt el' two 
lengths of thirty-six-inch flannel, thirty-six inches long. 



142 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How is it made ? Ans. The two lengths of flannel are seamed together; 
a two-inch hem is turned down the sides and across the bottom ; it is then 
plaited, and sewed on an underwaist. 

How is the underwaist for the pinning blanket drafted? Ans. Like 
the other waist of this system, with two inches added to the front length, 
instead of two and one-half. 

What are the measures used for this infant's waist ? Ans. A bust meas- 
\ire of twenty-four inches, waist measure twenty-four inches, front length six 
inches, side length four inches, shoulder two and one-half inches. 

Is the front different from the back ? Ans. No, it is the same, except 
that the neck and armholes are cut out a little more in the front than in 
the back. 

How is the waist cut ? Ans. The pattern is laid on the doubled goods, 
one-half an inch allowed for seams, and one and three-fourths inches for hem 
and closing. 

How is the pinning blanket joined to the waist ? Ans. It is plaited, and 
then sewed onto the waist with a narrow bias band of cambric to fell over 
the seam. 

How is the flannel skirt cut ? Ans. Of two lengths of thirty-six-inch 
flannel, thirty-one inches long. 

How is it made ? Ans. The lengths of flannel are seamed together, a 
hem two inches wide is turned, a six-inch placket is cut in the center of one 
width ; and after this is hemmed and finished, the skirt is plaited, and joined 
to the underwaist as the pinning blanket is. 

How is the cambric skirt cut ? Ans. It is cut of two lengths of thirty- 
six-inch cambric, thirty-four inches long. 

How is it made ? Ans. Like the flannel skirt, except that there is a 
five-inch hem turned, and it is gathered instead of being plaited. 

How is the wrapper drafted ? Ans. Like the waist, with the drawing 
extended twenty-eight inches beyond the waist line, and one and one-half 
times the width added for the slant. 

How is the garment cut ? Ans. The pattern is placed on the doubled 
cloth, with one and one-fourth inches allowed for the lap in front. 

What are the measures for the bishop sleeve of this wrapper? Ans. 



EIGHTH GRADE "WORK. 143 

For the outside arm nine inches, the width twelve inches, and the inside 
arm rive and one-half inches. 

How is the sleeve put in the armhole ? Ans. The seam of the sleeve is 
placed one and one-half inches toward the front from the under-arm scam. 

How is the sack drafted? Ans. Like the waist, with one inch added to 
each of the side seams in excess of the allowance for seams, with one-half an 
inch added to the length, and a slight curve below the waist line E. 

What kind of a sleeve has the sack ? Ans. Either a loose coat sleeve or 
a bishop sleeve like the wrapper. 

How is the edge finished ? Ans. Either with pinking, or an embroid- 
ered scallop. 

How long should the dress be from neck to hem ? Ans. One yard. 

How is it drafted ? Ans. Like the waist and cambric skirt. 

How is the dress with yoke drafted ? Ans. The waist pattern is cut off, 
leaving as much of the upper part as is desired for a yoke. The skirt is cut 
about four inches longer than the regular dress skirt, or still longer if the 
yoke is very short. 

GIRL'S WAIST. 

Take the measures as for the child's waist. Then draw a parallelo- 
gram as for that waist, with half the bust measure for the base line A, and 
the front length with two and one-half inches added for the vertical line 
B, which is drawn as a dotted help line. The horizontal line C is also a 
dotted help line, while the vertical line D is a cutting line. Measure 
the side length on the vertical lines B and D, and from these two points 
draw a dotted help line E. Measure the front length on the vertical 
lines B and D, and draw a dotted help line F. Measure one-fourth of 
the bust measure on line A from the left-hand lower right angle of the 
parallelogram, and also on line C, and draw a straight dotted help line G. 

Take half the back width, and measure on the base line A from the 
lower right-hand angle of the parallelogram, and draw the vertical help 
line H. From line C down line D, measure an eighth of an inch, point 
1, and one inch and a half on line C and half an inch up, point 2, and 



144 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



connect with a slightly curved line which forms the back neck. From 
point 2 to the intersection of lines H and F, draw an oblique line ; meas- 
ure the length of the shoulder, point 3. Draw a slightly curved line from 
this point to the intersection of lines E and H for the back arm scye. 

Measure off one inch on line A from the angle of A and D, and draw 
a help line from the back of the neck to this point. Measure half 




the shoulder length, point 4. Measure three inches to the left on line 
A from the angle of lines A and D, and draw a dotted help line I to 
point 4. Measure three inches along the arm scye from the end of the 
shoulder line, point 5, and draw a slightly curving line to the help line 
I, and follow it to line A. This line is the back form. 

Add an inch and three-quarters to lines A and C for the back lap, 
and connect these two points with the cutting line J. 



EIGHTH GRADE "WORK. 



145 




Girl's Graduating Dress. 



146 SCIENTIFIC SEWING- AND GARMENT CUTTING. 

Measure two inches and a half clown line B, point 6, and the same 
distance on line C, point 7, and connect with a curved line, which forms 
the neck. From this curved line to line A, make B, the dotted help 
line, a cutting line. From the neck line on C, draw an oblique line to 
the intersection of lines H and F, point 8. Measure the length of the 
shoulder from the neck on this line, point 9, and draw a curved line to 
the intersection of E and H, forming the front arm scye. 

Measure from the angle formed by lines A and B, one inch and a 
half to the right, point 10 ; again measure one inch and a half from point 
10 to point 11. Half-way between these two, draw a straight help line 
upward five inches, and connect points 10 and 11 with an oblique cut- 
ting line coming together at the top of this five-inch help line. This 
forms the first dart. Measure one inch to the right of the last line, 
point 12, and an inch and a half to the right, point 13. Half-way be- 
tween these two points, draw a straight dotted help line upward six 
inches. Connect points 12 and 13 with the upper part of the six-inch 
dotted help line by oblique lines, which gives the second dart. 

After excluding the darts, if line A is longer than half the waist 
measure, take off the difference equally on each side of line H. 

WAIST OF MANILLA PAPER. 

When the measures have been taken, let them be reduced to quarter 
inches. Lay the pattern on the manilla paper in such a way that the 
front is on a fold of the paper, allowing an inch at the back for buttons 
and buttonholes, and an eighth of an inch for the shoulder and side 
seams. Sew the seams with a backstitch with a No. 8 needle and 
No. 50 white thread. 

If the difference between the bust and waist is four inches, there 
should be but one dart and no slant at the back ; if there is a difference 
of five inches, there should be one dart and one inch slant at the back ; 
if there is a difference of seven inches, there should be two darts and 
one inch slant at the back. 



EIGHTH GRADE WORK. 147 

QUESTIONS AND ANSWERS. 

How should the measure for a girl's waist be taken ? Ans. The same 
as for a child's waist. 

When the measures are taken, what is done ? Ans. A parallelogram is 
drawn with half the bust measure for the base line A, and the front length 
with two and a half inches added for the vertical line B. 

What are the next lines ? Ans. Measure the side length on vertical 
lines B and D, and from these two points draw a dotted help line E ; meas- 
ure the front length on vertical lines B and D, and draw a dotted help line F. 

How is the next line found ? Ans. Measure one-fourth of the bust 
measure on line A from the left-hand lower right angle of the parallelogram, 
and also on line C, and draw a straight dotted help line G. 

How is the line that forms the under-arm seam found ? Ans. Measure 
half the back width on the base line A from the right-hand angle of the 
parallelogram, and draw perpendicular help line H to C. 

How is the curve in the back of the neck formed ? Ans. From line C, 
down line D, measure an eighth of an inch, point 1, and one inch and a half 
on line C and half an inch up, point 2, and connect the two points with a 
slightly curving line. 

How is the shoulder slant formed ? Ans. From point 2 to the intersec- 
tion of lines H and F, draw an oblique line, and measure the length of the 
shoulder, point 3. 

How is the back arm scye formed? Ans. Draw a slightly curving line 
from point 3 to the intersection of lines E and H. 

How is the slant of the back formed ? Ans. From the angle of A and 
D, measure an inch on line A, and draw a help line from the back of the 
neck to this point. 

How is the side form obtained ? Ans. Measure half the shoulder length, 
point 4, then measure on line A three inches to the left from the angle of 
lines A and D, and draw a dotted help line I to point 4. Measure three 
inches along the arm scye from the end of the shoulder line, point 5, and 
draw a slightly curving line to help line I, and follow it to base line A. 

How is the back lap formed ? Ans. Add an inch and three-quarters to 
lines A and C, and connect with cutting line J. 



148 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How is the front part of the neck formed ? Ans. Measure two inches 
and a half down line B, point 6, and the same distance on line C, point 7, 
and connect with a curved line. 

How is the front shoulder formed ? Ans. From the neck line on C, 
draw an oblique line to the intersection of lines H and F, point 8, and meas- 
ure the length of the shoulder on this line point 9. 

How is the front arm scye formed ? Ans. From point 9, draw a curved 
line to the intersection of lines H and E. 

How is the first dart formed ? Ans. From the angle of lines A and B, 
measure one inch and a half to the right, point 10 ; again measure one and 
a half inches to the right, point 11 ; half-way between these, draw a help 
line straight upward, five inches in length, and connect points 10 and 11 
with the top of this help line by oblique lines. 

How is the second dart formed ? Ans. Measure one inch to the right 
of the last dart, point 12, and again an inch and a half to the right, point 
13. Half-way between these two points, draw straight upward a dotted 
help line six inches in length; connect points 12 and 13 with the upper part 
of this line by oblique lines. 

If, after the darts are taken out, line A is longer than half the waist 
measure, what is done ? Ans. Half of the difference is taken off from each 
side of line H. 

THE SLEEVE, THE SKIRT, AND REVIEW WORK. 

The sleeve is measured, drafted, and cut on the same plan as the 
sleeve of the child's waist. As the pupil is now familiar with the prin- 
ciples of the system, it is an easy matter to make such alterations in the 
sleeve as prevailing styles may demand. 

Draft the sleeve like the lining described above to point 5, which is 
connected with the right angle formed by lines C and D by a curved 
line. The under-arm curve is identical with that of the lining. From 
point 2 measure two inches toward the wrist, and draw a dotted line to 
point 1. In this pattern line D is made a cutting line from C to point 
1, and points 1 and 2 are connected by a cutting line. 

In cutting the sleeve, line D is placed on a fold of the goods, and is 



EIGHTH GRADE WORK. 



149 



cut along the solid line, allowing one-half an inch for the inner seam. 
Be careful in cutting a pair of sleeves that they are not both cut for 
one arm. For practice, the measures should be reduced to one-fourth 
of an inch, and several pairs of sleeves of ma- 
nilla paper cut and made. 

The skirt is of the plain, full sort, made of 
straight widths, with five inches added to the 
length desired, for the hem. The placket is 
like the child's skirt placket. Before gather- 
ing, the skirt should be divided into four parts, 
with six inches more in each, of the two back 
divisions than in each of the two front parts. 

The last work of this grade and of the sys- 
tem is a review of all the work, beginning 
with the practical darning, and closing with a 
complete outfit, either for the big doll or a 
small child. The pupils should have, when 
they finish the course, a complete set of the 
models of the system which have been per- 
fectly executed by them. 

QUESTIONS FOR REVIEW. 

What is the first work of the eighth grade ? 

Why is the linen patch more difficult than the one of gingham ? 

What is the size of the linen patch model ? 

What is the first work on this model ? 

Why is the hemstitching of the ends and the hemming of the sides of the 
model left until the patches are completed ? 

How are the patches placed ? 

After the patches are set, and the hemstitching and hemming clone, how 
is the model finished ? 

How are the measures of the girl's waist taken ? 

In what way is the girl's waist different from the child's waist ? 




150 SCIENTIFIC SEWING AND GARMENT CUTTING. 

How are the darts placed ? 
How is the side form placed ? 
How is the back slant obtained ? 
How is the sleeve drafted and cut ? 
How is the skirt cut ? 
What is darning ? 
How is a diagonal tear mended ? 

Like what sort of weaving is the over and under darn ? 
Like what weaving is the linen darn ? 
Is the knitted darn like any kind of weaving ? 
Is all patching done in the same way ? 

How does the drafting of pants differ from the drafting of drawers ? 
How does the blouse waist differ from a child's waist ? 
What geometrical figure is used in cutting the different garments of this 
system ? 

SPINNING AND WEAVING. 

Spinning is the art of twisting together a number of filaments or 
fibers in such a manner that a thread or line of greater length than the 
single fibers of which it is composed is produced. So ancient is this 
art that nothing is known of its beginning. Herodotus, Ovid, and other 
classic historians tell of spindle and distaff spinning. The flax was 
wound about the distaff with one end inserted in a slit at the top of 
the spindle, which is a stick ten or twelve inches long. The weight 
of the spindle continually carried down the thread as it was formed. 

A great improvement on the spindle and distaff was the hand spin- 
ning wheel. When or by whom this was invented is not known. An 
excellent thread was made with this wheel ; but the process was slow 
and laborious, and as a consequence the weaving industry was very 
much circumscribed. The invention of the spinning jenny by James 
Hargreaves in 1764 revolutionized weaving as well as spinning. By 
substituting the mechanical for the manual process, one person could 
spin as much as twenty persons could with the spinning wheel. But 



EIGHTH GRADE WORK. 



the thread made by the mechanical process, while suitable for weft, was 
only fairly good for warp. It remained for Richard Arkwright to invent 
a machine, five years later, with which a thread suitable for all purposes 
could be made. But this was not the end. Samuel Compton, uniting 
the best points of the Iiargreave and Arkwright machines, fixed the 




Spinning. 



creels of rovings in the frame, and transferring his spindles to a moving 
carriage, produced the spinning mule. Thus, from the crude beginning 
of spindle and distaff, has developed the time-old art of spinning, which 
now is accomplished with wonderful speed and very little manual labor. 
"Weaving is an art," says Dr. Johnson, in his dictionary, " by which 
threads of any substance are crossed and interlaced so as to be arranged 
into a permanently expanded form." In all weaving, there are t wo kinds 



152 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



of threads used, one called the warp, and the other the weft. The warp, 
which is generally, but not always, the parallel threads, is mounted on 
the loom before the weaving begins. The weft is the thread that 
crosses and intersects the warp. 

The first looms were two transverse bare attached to pegs driven 
into the ground. Between these bars the warp was 
extended. The weaver, sitting flat on the ground, 
put the weft under and over the warp with his hands, 
using no implement whatever. Then came the ver- 



could work, al- 
Still better was 




tical loom, at which two weavers 
though they used their hands only, 
the Grecian vertical loom. With 
this was used a rod which was 
both shuttle and batten, and which 
had a hook on the end by means 
of which the weft was drawn 
through the warp. 

The development of this uni- 
versally necessary art was very 
slow. Even as late as a hundred 
years ago crude looms were to be 
found in almost every farmhouse, 
and a large proportion of the mak- 
ing of cloth was an individual 
matter, as all but the very rich 
spun the thread for, and wove, 
such fabrics as they used. 

Inadequate as were these looms of a century ago, in comparison 
with those used in the great factories of the present day, they were 
elaborate labor-saving machines compared with the crude, simple looms 
which are still used in India in making such exquisite fabrics as India 
muslins and cashmere shawls. These looms are simply two bamboo* 



Spinning Wheel. 



EIGHTH GRADE WORK. 



153 



rollers, one for the warp and one for the weft, and a pair of gear. 
Under a convenient tree, the weaver digs a hole large enough to contain 
his legs and the 
lower part of the 
gear. He then 
stretches his warp 
by placing his bam- 
boo rollers a certain 
distance apart, and 
fastening them with 
wooden pins. The 
rest of the gear he 
fastens to a branch 
over his head. In 
two loops under- 
neath the gear he 
inserts his great 
toes, which he uses 
as treadles. The 
shuttle with which 
he puts the weft 
through the warp 
is a large netting 
needle, which he 
uses as a batten to 
push each thread 
closely up against 
the last one put 
through. 

Until 1733 the 
shuttle containing the weft was put through the warp by the weaver's 
hand. In that year, John Kay invented the flying shuttle, which is a 




Grecian Vertical Loom. 



154 



SCIENTIFIC SEWING AND GARMENT CUTTING. 



mechanical device that takes the weft thread swiftly and evenly through 
the warp without as much as the touch of a hand. This machine en- 
abled one person to 
do as much as two 
could accomplish 
hy the old method. 
Plain cloth is 
made by simply 
putting the weft 
thread under and 
over the warp. 
For fine cloth, the 
warp threads, which 
are very delicate, 
are placed so that 
they lie closely to- 
gether, and the weft 
threads, which are 
equally delicate, are 
put in so that they 
lie as close together 
as the warp. The 
process by which 
the weft threads 
are made to lie 
close together is 
called "battening," 
or beating the weft 
up in place. Fre- 
quently, part of the 
warp and part of the weft are colored in such a way as to form checks, 




Indian Out-Door Loom. 



as in gingham, or simply stripes. 



EIGHTH GRADE WORK. 155 

Corded surfaces and an almost endless variety of effects are obtained 
by an arrangement which causes the weft to pass over and under two or 
three threads instead of a single thread of the warp. In making satin, 
which had its origin in China, the passing of the weft through the warp 
is so managed that a smooth surface is presented. What is known as 
three-leaf weaving is the simplest twill, and is where the weft passes 
over two and under one warp thread, giving the appearance of a suc- 
cession of diagonal lines. Cashmeres, serges, and all kinds of goods 
with a twilled surface, are woven in this way, although the number of 
threads that are taken up or passed over varies in different kinds of cloth, 
as may be seen by raveling out a piece of twilled goods, and observing 
how the threads are placed. 

To weave cloth in intricate and artistic patterns of various colors, a 
special loom is necessary. Such a loom was invented by Joseph Marie 
Jacquard, in Lyons, France, in 1801. It is really a combination of 
machines ; and although simple, the results obtained are nothing short 
of marvelous. It was invented when Napoleon I. was Emperor of 
France, and hearing of it he sent for the inventor. When Jacquard 
arrived, the emperor said to him : — 

" Are you the man who pretends to do that which God Almighty 
cannot do, tie a knot in a stretched string ? " For answer, Jacquard pro- 
duced his machine, and tied the stretched string. The emperor acknowl- 
edged that he could do what he had supposed was impossible, and awarded 
him a pension of a thousand crowns (twelve hundred dollars) a year. 

Loop or pile weaving is where the weft is arranged in a series of 
loops, as in Brussels carpets. This kind of weaving is cut or Uncut, as 
the case may be. Velvets of different kinds are woven in this way. 

It was in 1790, at Pawtucket, R.I., that the first factory for weav- 
ing cotton cloth in the United States was established. Since then 
the most wonderful machines have been invented for weaving cloth 
rapidly and beautifully, and yet some of the finest work of this kind is 
still done by hand. 



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A Series of Eight Geographical Readers, 

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This series of fascinating books makes geography a study of absorbing interest. 
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